Tub and deck assembly

Abstract

Assembly of use in high-throughput nucleic acid testing system including a tub and a deck. The tub includes a floor and four walls extending upwardly from the floor to define an interior. The four walls include a first wall having a first rim at a top portion thereof, a second wall having a second rim at a top portion thereof, a third wall having a third rim at a top portion thereof, and a fourth wall having a fourth rim at the top portion thereof. The first, second, third, and fourth rim define an opening to access the interior of the tub. The deck is shaped to be received in the opening of the tub. The deck includes a first snap-fit arm extending from a first edge and configured to extend through the first receiving hole to couple the deck and the tub.

Description

[0001] TUB AND DECK ASSEMBLY

[0002] CROSS-REFERENCE TO RELATED APPLICATIONS

[0003] This application claims priority to U.S. Provisional Application No. 63 / 663,031, filed June 21, 2024, the contents of which is incorporated herein by reference in its entirety.

[0004] BACKGROUND

[0005] Field of the Disclosed Subject Matter

[0006] The presently disclosed subject matter relates tubs and decks for holding consumable products, e.g.. for use in methods and systems for high-throughput nucleic acid testing (NAT) of biological samples.

[0007] Background

[0008] Screening of donated blood and plasma has an essential role in safeguarding supply of life-saving whole blood, plasma, platelets, red blood cells and blood products manufactured from whole blood or plasma. Such screening involves performing rapid, sensitive, and high-throughput NAT of biological samples, e.g.. blood, serum, or plasma samples from donors and / or patients. For example, systems and methods capable of performing rapid, sensitive, and high-throughput nucleic acid testing can be found in PCT Publication WO 2022 / 232601, filed on April 29, 2022, and PCT Publication WO 2022 / 232550, filed April 29, 2022, each of which is incorporated by reference in its entirety.

[0009] High-throughput NAT can require a significant number of consumables, such as sample tips, lysis tubes / vessels, lysis transfer tips, pipette tips, wash vessels, amplification vessels and caps. An exemplary amplification vessel and corresponding cap is disclosed in Provisional Application No. 63 / 663,023, filed June 21, 2024, (“the ‘023 Application'’) and the PCT Application claiming priority to the ‘023 Application, which is filed concurrently with this application, and has Attorney Docket No. 003168.4522, each of which is incorporated by reference in its entirety7. An exemplary7wash vessel is provided in Design Application No. 30 / 006,605, filed June 3, 2025, which is incorporated by reference in its entirety7. Efficiently storing and accessing the consumables is necessary7to maintain a high throughput. Accordingly, there is a need for containers, including tubs and decks, to efficiently store and allow access to consumables.

[0010] SUMMARY

[0011] The purpose and advantages of the disclosed subject matter will be set forth in and apparent from the description that follows, as well as will be learned by practice of the disclosed subject matter. Additional advantages of the disclosed subject matter will be realized and attained by the methods and systems particularly pointed out in the written description and claims hereof, as well as from the appended drawings.

[0012] To achieve these and other advantages and in accordance with the purpose of the disclosed subject matter, as embodied and broadly described, the disclosed subject matter can include an assembly of use in a high-throughput nucleic acid testing (NAT) system including a tub and a deck. The tub includes a floor and four walls extending upwardly from the floor to define an interior. The four walls include a first wall having a first rim at a top portion thereof, a second wall having a second rim at a top portion thereof, a third wall having a third rim at a top portion thereof, and a fourth wall having a fourth rim at the top portion thereof. The first, second, third, and fourth rim define an opening to access the interior of the tub. The tub includes a first handle extending outwardly from the first rim. a second handle extending outwardly from the third rim, and a third handle extending outwardly from the third rim. The tub includes a first receiving hole defined in the third rim. The deck is shaped to be received in the opening of the tub. The deck includes a first snap-fit arm extending from a first edge and configured to extend through the first receiving hole to couple the deck and the tub.

[0013] In accordance with the disclosed subject matter the first snap-fit arm can include a ramp surface and a lock surface. The ramp surface can be configured to slide through the first receiving hole when the deck is coupled to the tub. The lock surface can be configured to lock against the tub when the deck is coupled to the tub.

[0014] In accordance with the disclosed subject matter, the deck can include at least one datum on a top surface and the tub can include at least one protrusion extending from the floor such that the at least one protrusion engages the at least one datum when the tub is stacked on the deck. The first handle can include a central support. The second wall can include a planar outer portion for receiving a label.

[0015] The tub can include a second receiving hole defined in the third rim; and the deck can include a second snap-fit arm extending from the first edge and configured to extend through the second receiving hole to couple the deck and the tub. The tub can include a second receiving hole defined in the first rim; and the deck can include a second snap-fit arm extending from a third edge and configured to extend through the second receiving hole to couple the deck and the tub. The deck can include a plurality of holes for receiving a plurality of consumable items.

[0016] The disclosed subject matter also provides an assembly, e.g., for use in a high- throughput nucleic acid testing (NAT) system. The assembly can include a plurality of containers. Each container can include a tub and a deck. The tub includes a floor having at least one protrusion extending therefrom and four walls extending upwardly from the floor to define an interior. The four walls include a first wall having a first rim at a top portion thereof, a second wall having a second rim at a top portion thereof, a third wall having a third rim at a top portion thereof, and a fourth wall having a fourth rim at the top portion thereof. The first, second, third, and fourth rim define an opening to access the interior of the tub. The tub includes a first handle extending outwardly from the first rim, a second handle extending outwardly from the third rim, a third handle extending outwardly from the third rim. The tub includes a first receiving hole defined in the third rim. The deck is shaped to be received in the opening of the tub. The deck includes at least one datum on a top surface of the deck and a first snap-fit arm extending from a first edge and configured to extend through the first receiving hole to couple the deck and the tub. The assembly includes a lid covering a top container when the plurality of containers are in a stacked formation; and a band holding the plurality of the containers in the stacked configuration. The at least one protrusion of at least one tub engages the at least one detent of at least one deck stacked below the at least one tub.

[0017] The present disclosure further provides a system for amplifying and / or detecting nucleic acids that includes an assembly described herein.

[0018] BRIEF DESCRIPTION OF THE DRAWINGS

[0019] FIG. 1 depicts exemplary tubs and decks combined together with consumables, a lid. and a band to form a stack, in accordance with the disclosed subject matter.

[0020] FIGs. 2A-I depicts various views of the tub of FIG. 1, including top perspective views (2A-B), bottom perspective view (2C), top view (2D), bottom view (2E), front view (2F), right side view (2G), back view (2H), and left side view (21).

[0021] FIGs. 3A-D depict a handle of the tub of FIG. 1.

[0022] FIGs. 4A-H depict various views of the deck of FIG. 1, including top perspective view (4A). bottom perspective view (4B). top view (4C), bottom view (4D), front view (4E), back view (4F). right side view (4G), and left side view (4H).

[0023] FIG. 41 depicts a snap-fit connection of the tub and deck of FIG. 1. FIG. 5 depicts a perspective view of the tub and deck of FIG. 1 combined to form a container and having consumables disposed therein.

[0024] FIGs. 6A-B depicts top and bottom perspective views, respectively, of the lid of FIG. 1.

[0025] FIG. 7 depicts a perspective view of the stack of FIG. 1.

[0026] FIG. 8 depicts exemplary' distances between handles for various tubs.

[0027] FIG. 9 depicts exemplary' tubs and decks combined together with consumables, a lid, and a band to form a stack, in accordance with the disclosed subject matter.

[0028] FIGs. 10A-H depicts various views of the tub of FIG. 9, including top perspective views (10A-B), bottom perspective view (IOC), top view (10D), bottom view (10E), front view (10F), right side view (10G), back view (10H), and left side view (101).

[0029] FIGs. 11 A-G depict various views of the deck of FIG. 9, including top perspective view (11 A), bottom perspective view (1 IB), top view (11 C), bottom view (1 ID), front view (1 IE), right side view ( 11 F), back view ( 11 G), and left side view (11H).

[0030] FIGs. 12A-B depicts top and bottom perspective views, respectively, of the lid of FIG. 9.

[0031] FIG. 13 depicts exemplary tubs and decks combined together with consumables, a lid, and a band to form a stack, in accordance with the disclosed subject matter.

[0032] FIGs. 14A-H depicts various views of the tub of FIG. 13, including top perspective views (14A-B), bottom perspective view (14C). top view (14D), bottom view (14E), front view ( 14F), right side view (14G), back view (14H), and left side view (141). FIGs. 15A-G depict various views of the deck of FIG. 13, including top perspective view (15A), bottom perspective view (15B), top view (15C), bottom view (15D), front view (15E), right side view (15F), back view (15G), and left side view (15H).

[0033] FIGs. 16A-B depicts top and bottom perspective views, respectively, of the lid of FIG. 13.

[0034] FIG. 17 depicts exemplary tubs and decks combined together with consumables, a lid, and a band to form a stack, in accordance with the disclosed subject matter.

[0035] FIGs. 18A-I depicts various views of the tub of FIG. 17, including top perspective views (18A-B), bottom perspective view (18C), top view (18D), bottom view (18E), front view (18F), right side view (18G), back view (18H), and left side view (181).

[0036] FIGs. 19A-H depict various views of the deck of FIG. 17, including top perspective view (19A), bottom perspective view (19B), top view (19C), bottom view (19D), front view (19E), right side view ( 19F), back view ( 19G), and left side view (19H).

[0037] FIGs. 20A-B depicts top and bottom perspective views, respectively, of the lid of FIG. 17.

[0038] FIG. 21 depicts exemplary tubs combined together with consumables, a lid, and a band to form a stack, in accordance with the disclosed subject matter.

[0039] FIGs. 22A-I depicts various views of the tub of FIG. 21, including top perspective views (22A-B), bottom perspective view (22C). top view (22D), bottom view (22E), front view (22F), right side view (22G), back view (22H), and left side view (221).

[0040] FIGs. 23A-B depicts top and bottom perspective views, respectively, of the lid of FIG. 21.

[0041] FIGs. 24A-D depict exemplary features of a tub in accordance with the disclosed subject matter. DETAILED DESCRIPTION

[0042] Reference will now be made in detail to the disclosed subject matter, examples of which are illustrated in the accompanying drawings. The structure and corresponding method of operation of the disclosed subject matter will be described in conjunction with the detailed description of the system.

[0043] The subject matter disclosed herein is directed to tub and deck assemblies.

[0044] The tub and deck assemblies can be for use with high-throughput nucleic acid testing (NAT) system systems and methods. For example, and not by way of limitation, the subject matter disclosed herein is directed to an assembly of use in a high-throughput NAT system including a tub and a deck. The tub includes a floor and four walls extending upwardly from the floor to define an interior. The four walls include a first wall having a first rim at atop portion thereof, a second wall having a second rim at a top portion thereof, a third wall having a third rim at a top portion thereof, and a fourth wall having a fourth rim at the top portion thereof. The first, second, third, and fourth rim define an opening to access the interior of the tub. The deck is shaped to be received in the opening of the tub. The deck includes a first snap-fit arm extending from a first edge and configured to extend through the first receiving hole to couple the deck and the tub.

[0045] Referring to FIGs. 1-8 for purpose of illustration and not limitation, tub 100, deck 200, container 300. lid 400 and stack 600 are provided. Figure 1, for purpose of illustration and not limitation, illustrates that tub 100 and deck 200 can be combined to form container 300. Container 300 can receive consumables 1 (e.g., 1A-B), for example. 48 of each consumable 1A-B. Non-limiting examples of consumables 1 include lysis tubes, lysis transfer tips, pipette tips, wash vessels, amplification vessels, and amplification caps. For example, consumables 1 can include an amplification vessel 1 A and cap IB. A label 301 can be provided on the container 300. Several containers 300, for example 12 containers 300, can be stacked together to form stack 600. A lid 400 can be provided on the top container 300 of stack 600. Band 500 can be provided around stack 600. In accordance with the disclosed subj ect matter, support features can be provided along the comers of stack 600 to provide additional support.

[0046] The tub 100 includes a floor 102 and first, second, third, and fourth walls 104 (e.g., 104A-D) extending upwardly from the floor 102 to define an interior 106. At least one wall 104A-D, for example, second wall 104B, can include a flat surface 105 for receiving a label 301. Each wall 104A-D includes a respective rim 108 (e.g., 108A-D) at a top portion thereof. The rims 108A-D can define an opening to access the interior 106 of the tub 100. Rims 108A-D can include ledges 109 (e.g., 109A-D). Ledge 109A can include receiving holes 110 (e.g , 110C-D) (such as snap-fit catches); likewise, ledge 109C can include receiving holes 110 (e.g., 110A-B). Ledges 109A-D can also include datums 117, which can ensure alignment of deck 200 when placed within tub 100. An extension 119 can also be used to ensure alignment of a deck 200 when placed within tub 100 by creating asymmetry in the opening that can correspond to asymmetry of the deck 200. Tub 100 can also include anticlick features, which can prevent a click noise when the tub 100 is loaded into a NAT system, and band retention features, which can enhance alignment of a band holding a stack of tubs 100.

[0047] Tub 100 can include one or more protrusions 112 (e.g., 112A-D), 113 (e.g., 113A-D), 118 (e.g., 1 18A-D) extending from the floor 102. The protrusions 112A-D. 113A- D, 118A-D can provide a variety of functions, including X and Y alignment of the tub when stacked with other tubs, support of the load to the tray during picking or staking of consumables 1 disposed within the tub 100, universal alignment pin for the instrument, provide head space for consumables 1 disposed within the tub 100, alignment / constraint features for the consumables 1 inside the tub 100, banding support and / or protection. For example, protrusions 112A-D can include flat surfaces configured to act as datum features to engage with loading bay aligning planes of a loading bay of a NAT system, which can ensure positioning and orientation of the tub 100 within the NAT system, for example, before removing packaging. Alignment surfaces 115 (e.g., 115A-D) can also act as datums to ensure positioning and orientation of the tub 100 in the X and Y planes within the NAT system.

[0048] Tub 100 can include a first handle 114A disposed on the first wall 104 A. The handle 114A can include a central support 116 see e.g., FIGs. 3A-D). First handle 114A can be configured for interaction with a robot handling feature of the NAT system. The first handle 114A can include a plurality of alignment surfaces which can be used for positioning and orientation of the tub 100 in the NAT System, including initial placement, handling by the robot handling feature of the NAT system (for example, for movement to different locations within the NAT system), and placement into a trash receptacle in the NAT system. The alignment surfaces can include Y-plane alignment surfaces 120 (e.g., 120A, 120B), X- plane alignment surfaces 121 (e.g , 121 A-D), and Z-plane alignments surfaces 122 (e.g., 122A-B).

[0049] Tub 100 can include a second handle 1 14B and a third handle 114C on third wall 104C. Handles 114B, 1 14C can include alignment surfaces 123 (e.g.. 123A-D), which can be used for positioning and orientation of the tub 100. The second handle 1 14B and third handle 114C can operate as a poka-yoke feature, which can prevent placement of the tub 100 into an incorrection loading location in the NAT system. For example, providing a different number of handles and / or variable alignment of the handles for tubs 100 configured to hold different consumables 1 can help to ensure the tub 100 is oriented and placed in the correct location. Handles 114B, 114C can be provided at different distances apart for tubs 100 configured to hold different consumables 1. Providing handles 114B, 114C different distances apart can prevent tub 100 from being loaded into an incorrect location in the NAT system. Figure 8 provides exemplary' distances between handles 114B, 114C for various tubs 100 (e.g., 100A-100E). Although a different number of handles on different sides is described, tub 100 can also include the same number of handles on different sides.

[0050] The deck 200 is shaped to be seated within the opening of the tub 100. For example, the deck 200 can be received w ithin the opening and seated on the ledge 109. The deck 200 includes snap-fit arms 204 (e.g., 204A-B) extending from a first edge 202. The snap-fit arms 204A-B can be configured to extend through receiving holes 110 (e.g. , 110A- B), respectively, of the tub 100 to couple the deck 200 and the tub 100. Likewise, snap-fit arms 204 (e.g., 204C-D) disposed on a second edge 203 can be configured to extend through receiving holes 110 (e.g., 110C-D), respectively, ofthe tub 100 to couple the deck 200 and the tub 100. FIG. 4G provides, for purpose of illustration and not limitation, a zoomed-in view of a snap fit arm 204 disposed within a receiving hole 110. Each of the snap-fit arms 204 can include a ramp surface 210 and a lock surface 208. The ramp surface 210 can slide through the respective receiving hole 1 10 of the tub 100 when the deck 200 is coupled to the tub 100. The lock surface 208 can be configured to lock against the tub 100 when the deck 200 is coupled to the tub 100. The deck 200 can be released from the tub 100 by bending snap-fit arm 204 to release the lock surface 208 from tub 100 and allow the snap-fit arm 204 to slide through receiving hole 110. Although specific forms of coupling the deck 200 and tub 100 are described, the deck 200 and tub 100 can be coupled by any suitable means, for example, friction fit. threading, or other suitable coupling means. Furthermore, any suitable number of snap-fit arms 204 and receiving holes 110 can be included, for example, two, three, four, five or six of each of a snap-fit arm and a respective receiving hole. Although described with the snap-fit arms 204 disposed on the deck 200 and the receiving holes 110 disposed on the tub, the features could be disposed in reverse. The deck 200 can include a plurality of holes 212 (e.g., 212A-B) for receiving a plurality of consumable 1 items. Holes 212A, 212B can be provided in different sizes to permit receiving different (but possibly related) consumables 1. For example, hole 212A can be sized to receive an vessel, such as an amplification vessel 1 A, and hole 212B can be sized to receive a corresponding cap, such as an amplification vessel cap IB. Hole 212A can include a plurality of datum surfaces 213 (e.g. , 213A-B), which can provide a reference frame for positioning and orientation of a consumable 1 (e.g, an amplification vessel 1A) disposed in hole 212A. Likewise, hole 212B can include a plurality of datum surfaces 214 (e.g., 214A- B), which can provide a reference frame for positioning and orientation of a consumable 1 (e.g, a cap IB) disposed in hole 212B. For example, holes 212B can include raised holes configured to engage the cap IB while the holes 212A can be designed to receive the body of the amplification vessel 1 A. It can be less desirable to have a tight fit on the cap IB, compared to the amplification vessel 1 A, for example, because the cap IB can include a double gasket elastomeric seal. Accordingly, the cap IB can be engaged on the brim / flange, to avoid a tight fit alignment of the elastomeric material lower on the body of the cap IB. The holes 212A-B can be configured to ensure atop surface of each consumable 1A-B are at the same Z height (see e.g.. FIG. 5), which can facilitate vacuum pick and place by a transfer instrument of the NAV system.

[0051] The deck 200 can include a plurality of datum features 206 (e.g., 206A-H) on the top surface. The datum features 206 can operate as a poka-yoke feature to ensure proper alignment and loading into a use location. For example, datum features 206A-D can be configured to engage with protrusions 113 (e.g.. 113A-D) of a tub 100 stacked on top of the deck 200. Likewise, datum features 206E-H can be configured to engage with protrusions 118 (e.g. . 118A-D) of a tub 100 stacked on top of deck 200. The deck 200 can include a datum surface 218. which can engage extension 119 of tub 100. As noted above, such configuration can be used to ensure alignment of a deck 200 when placed within tub 100 by creating asymmetry' in the deck 200 that can correspond to asymmetry in the opening of the tub 100.

[0052] Deck 200 can further include a plurality of extensions 216 (e.g., 216A-F) extending downwardly. The extensions 216 can perform several functions. First, the extensions 216 can extend into datums 117 of tub 100, which can ensure positioning and orientation of the deck 200 within the tub 100. For example, the extensions 216 can act as a lead in when placing the deck 200 within the tub. Additionally the extensions 216 can be sized to align with the length and width dimensions of the tub 100, and therefore can act as a centering feature for the deck 200 and tub 100. This can be accomplished, for example, by sizing the extensions 216 such that there is always engagement between the tub 100 and deck 200 in the X and Y planes such that the deck 200 is always centered in the tub 100. Since the relationship between the tub 100 and deck 200 is configured to be a tight fit, the lead-in feature of the extension assists with assembly. Extensions 216 can also reinforce the top border of tub 200, which can improve stability’.

[0053] Tubs 100 can be configured to stack with one another when no deck 200 is inserted (e.g., after an initial molding process), or with a deck 200 inserted into each tub 100 in the stack. Likewise, decks 200 can be configured to stack with one another (e.g., after an initial molding process). The extension 216 can operate as a stacking feature for the deck 200 during a molding process. For example, extensions 216 can engage features 220 to facilitate stacking.

[0054] Lid 400 can include alignment surfaces 402 (e.g., 402A-C). which can ensure positioning and orientation of the lid 400 on the top container 300 of stack 600. The alignment surfaces 402 can be configured to ensure alignment in the Z plane. Furthermore, the lid 400 can be designed to not extend beyond a rims 108 of the top container 300 to ensure that a banding operation will not cause any catching, breaking or snagging on lid 400. Lid 400 can also include banding feature 404 (e g., 404 A-B), which can allow a stack band 500 to auto-center on the stack 600. Lid 400 can include a datum surface 410, which can engage extension 119 of the top tub 100 of stack 600. Like the datum surface 218 of the deck, datum surface 410 can be used to ensure alignment of a lid 400 when placed within top tub 100 of the stack 600 by creating asymmetry in the lid 400 that can correspond to asymmetry in the opening of the tub 100. Lid 400 can further include extensions 408, which can extend into consumables 1 disposed within the top deck 200 of the stack 600, thereby providing stability and limiting movement of the consumables 1. Extensions 408 can also operate as an X plane and Y Plan alignment feature by engaging the consumables 1 in the deck 200

[0055] The stack 600 of containers 300 can be banded together by a band 500 to hold the containers 300 in a stacked configuration. Band 500 can be a removable band. Band 500 can be configured for toolless release (e.g, toolless breaking). For example, but not by w ay of limitation, Band 500 can include a perforation for low force breaking. Although a band 500 is described, any suitable method for maintaining the containers 300 in a stacked configuration can be used. The container stacks 600 can include multiple containers 300, each carrying multiple consumables 1. Container stacks 600 can be moved to a loading bay. A front of the container stacks 600 can be accessible by a user when the container stack 600 is placed in a loading bay. Supports can be provided along the comers of the stacks 600 to provide additional alignment support. Multiple stacks 600 can be packaged together for shipping.

[0056] The tub 100, deck 200, and lid 400 can be made from suitable materials, such as plastics. Plastics that are not exposed to biologies can be recyclable.

[0057] Although the tub 100, deck 200, container 300, lid 400, and stack 600 is described for holding particular consumables 1, for example, amplification vessels 1A and lids IB, the tub 100, deck 200, container 300, lid 400, and stack 600 can hold any suitable consumable 1. If necessary, changes can be made to the tub 100 and deck 200 to ensure proper fit of the consumable 1 intended to be dispose therein, and to provide poka-yoke features to ensure that a container 300 holding a particular consumable 1 is placed into the proper location in a loading bay of a NAT system. For purpose of illustration and not limitation, containers configured to hold other consumables are described below. The containers can have similar features to those described above with respect to container 300, and corresponding feature are labeled with corresponding numbers.

[0058] Referring to FIGs. 9-12 for purpose of illustration and not limitation, tub 1100, deck 1200, container 1300, lid 1400 and stack 1600 are provided. Figure 9, for purpose of illustration and not limitation, illustrates that tub 1100 and deck 1200 can be combined to form container 1300. Container 1300 can receive consumables 1 (e.g., 1C-D), for example, 20 of each consumable 1C-D. Consumable 1C can be a tip, for example, a lysis tip, and consumable ID can be a lysis vessel. A label 1301 can be provided on the container 1300. Several containers 1300, for example 10 containers 1300, can be stacked together to form stack 1600. A lid 1400 can be provided on the top container 1300 of stack 1600. Band 1500 can be provided around stack 1600.

[0059] The tub 1 100 includes a floor 1102 and first, second, third, and fourth walls 1104 (e.g., 1104A-D) extending upwardly from the floor 1102 to define an interior 1106. At least one wall 1104A-D. for example, second wall 1 104B, can include a flat surface 1105 for receiving a label 1301. Each wall 1104A-D includes a respective rim 1108 (e.g., 1108A-D) at a top portion thereof. The rims 1108 A-D can define an opening to access the interior 1106 of the tub 1100. Rims 1108A-D can include ledges 1109 (e.g., 1109 A-D). Ledge 1109A can include receiving holes 1110 (e.g.. 1110C-D) (such as snap-fit catches); likewise, ledge 1109C can include receiving holes 1110 (e.g., 1110A-B). Ledges 1109 A-D can also include datums 1117, which can ensure alignment of deck 1200 when placed within tub 1100. Tub 1100 can also include anti-click features, which can prevent a click noise when the tub 1100 is loaded into a NAT system, and band retention features, which can enhance alignment of a band holding a stack of tubs 100.

[0060] Tub 1100 can include one or more protrusions 1112 (e.g., 1112A-D), 1113 (e.g. , 1113A-D), 1118 (e.g. , 1118A-D) extending from the floor 1102. The protrusions 1112 A-D, 1113 A-D, 1118 A-D can provide a variety of functions, including X and Y alignment of the tub when stacked with other tubs, support of the load to the tray during picking or staking of consumables 1 disposed within the tray, universal alignment pin for the instrument, provide head space for consumables 1 disposed within the tub, alignment / constraint features for the consumables 1 inside the tub, banding support and / or protection. For example, protrusions 1112A-D can include flat surfaces configured to act as datum features to engage with loading bay aligning planes of a loading bay of a NAT system, which can ensure positioning and orientation of the tub 1 100 within the NAT system, for example, before removing packaging. Alignment surfaces 1 115 e.g. , 1 115 A-D) can also act as datums to ensure positioning and orientation of the tub 1100 in the X and Y planes within the NAT system. Floor 1102 can also include projections 1126, which can accommodate consumables ID disposed within tub 1100.

[0061] Tub 1 100 can include a first handle 1114A disposed on the first wall 1104 A. The handle 1114A can include each of the features, and operate in the same a fashion, described above with regard to handle 114A. Tub 1100 can include a second handle 1114B and a third handle 1114C on third wall 1104C. The second handle 1114B and third handle 1114C include each of the features, and operate in the same a fashion, described above with regard to handles 114B, 114C. However, as noted above, handles 1114B. 1114C can be disposed a different distance apart as handles 114A. 114B, to act as a poka-yoke feature. The deck 1200 is shaped to be seated within the opening of the tub 1100. For example, the deck 1200 can be received within the opening and seated on the ledge 1109. The deck 1200 includes snap-fit arms 1204 (e.g., 1204A-B) extending from a first edge 1202. The snap-fit arms 1204A-B can be configured to extend through receiving holes 1110 (e.g., 1110A-B) of the tub 1100 to couple the deck 1200 and the tub 1100. Likewise, snap-fit arms 1204 (e.g., 1204C-D) disposed on a second edge 1203 can be configured to extend through receiving holes 1110 (e.g., 1110C-D) ofthe tub 1100 to couple the deck 1200 and the tub 1100. The snap fit connection between deck 1200 and tub 1100 can utilize the same features, and operate in the same fashion, described above with regard to the snap fit connection between deck 200 and tub 100.

[0062] The deck 1200 can include a plurality of holes 1212 (e.g., 1212A-B) for receiving a plurality of consumable 1 items. Holes 1212A, 1212B can be provided in different sizes to permit receiving different (but possibly related) consumables 1. For example, hole 1212A can be sized to receive a tip, such as a lysis tip 1 C, and hole 1212B can be sized to receive a vessel, such as a lysis vessel ID. Hole 1212A can be provided with datum surfaces 1213, which can provide a reference frame for positioning and orienting a respective consumable 1 within the hole 1212A. Likewise hole 1212B can be provided with datum surfaces 1214, which can provide reference frame for positioning and orienting a respective consumable 1 within the hole 1212B.

[0063] The deck 1200 can include a plurality of datum features 1206 (e.g., 1206A-H) on the top surface. The datum features 1206 can operate as a poka-yoke feature to ensure proper alignment and loading into a use location. For example, datum features 1206A-D can be configured to engage with protrusions 1113 (e.g. , 1113A-D) of a tub 1100 stacked on top of the deck 1200. Likewise, datum features 1206E-H can be configured to engage with protrusions 1118 (e.g. , 1118A-D) of a tub 1100 stacked on top of deck 1200. Deck 1200 can further include a plurality of extensions 1216 (e.g., 216A-C) extending downwardly. The extensions 1216 can perform several functions. First, the extensions 1216 can extend into datums 1117 of tub 1100, which can ensure positioning and orientation of the deck 1200 w ithin the tub 1100. For example, the extensions 1216 can act as a lead in when placing the deck 1200 within the tub. Additionally the extensions 1216 can be sized to align with the length and width dimensions of the tub 1100, and therefore can act as a centering feature for the deck 1200 and tub 1100. This can be accomplished by sizing the extensions 1216 such that there is alw ays engagement betw een the tub 1100 and deck 1200 in the X and Y planes such that the deck 1200 is always centered in the tub 1100. Since the relationship between the tub 1100 and deck 1200 is configured to be a tight fit, the lead-in feature of the extension assists with assembly. Extensions 1216 can also reinforce the top border of tub 200, which can improve stability’.

[0064] Tubs 1100 can be configured to stack with one another when no deck 1200 is inserted (e.g., after an initial molding process), or with a deck 1200 inserted into each tub 1100 in the stack. Likewise, decks 1200 can be configured to stack with one another (e.g., after an initial molding process). The extension 1216 can operate as a stacking feature for the deck 1200 during a molding process. For example, extensions 1216 can engage features 1220 to facilitate stacking.

[0065] Lid 1400 can include alignment surfaces 1402 (e.g., 1402A-C), which can ensure positioning and orientation of the lid 1400 on the top container 1300 of stack 1600. The alignment surfaces 1402 can be configured to ensure alignment in the Z plane. Furthermore, the lid 1400 can be designed to not extend beyond a rims 1108 of the top container 1300 to ensure that a banding operation will not cause any catching, breaking or snagging on lid 1400. Lid 1400 can also include banding feature 1404 (e.g., 1404A-B), which can allow a stack band 1500 to auto-center on the stack 1600. Lid 1400 can further include extensions 1408, which can extend into consumables 1 disposed within the top deck 1200 of the stack 1600, thereby providing stability and limiting movement of the consumables 1. Extensions 1408 can also operate as an X plane and Y Plan alignment feature by engaging the consumables 1 in the deck 1200.

[0066] The stack 1600 of containers 1300 can be banded together by a band 1500 to hold the containers 1300 in a stacked configuration. Band 1500 can be a removable band. Band 1500 can be configured for toolless release (or toolless breaking). For example, but not by way of limitation, Band 1500 can include a perforation for low force breaking. Although a band 1500 is described, any suitable method for maintaining the containers 1300 in a stacked configuration can be used. The container stacks 1600 can include multiple containers 1300, each carrying multiple consumables 1. Container stacks 1600 can be moved to a loading bay. A front of the container stacks 1600 can be accessible by a user when the container stack 1600 is placed in a loading bay. Supports can be provided along the comers of the stacks 1600 to provide additional alignment support. Multiple stacks 1 00 can be packaged together for shipping.

[0067] The tub 1 100, deck 1200, and lid 1400 can be made from suitable materials, such as plastics. Plastics that are not exposed to biologies can be recyclable.

[0068] Referring to FIGs. 13-16 for purpose of illustration and not limitation, tub 2100, deck 2200, container 2300, lid 2400 and stack 2600 are provided. Figure 13, for purpose of illustration and not limitation, illustrates that tub 2100 and deck 2200 can be combined to form container 2300. Container 2300 can receive consumables 1 (e.g., IE), for example. 120 of consumable IE. Consumable IE can be a tip, for example, a sample tip. A label 2301 can be provided on the container 2300. Several containers 2300. for example 5 containers 2300, can be stacked together to form stack 2600. A lid 2400 can be provided on the top container 2300 of stack 2600. Band 2500 can be provided around stack 2600. The tub 2100 includes a floor 2102 and first, second, third, and fourth walls 2104 (e.g., 2104A-D) extending upwardly from the floor 2102 to define an interior 2106. At least one wall 2104A-D, for example, second wall 2104B, can include a flat surface 2105 for receiving a label 2301. Each wall 2104A-D includes a respective rim 2108 (e.g., 2108A-D) at a top portion thereof. The rims 2108A-D can define an opening to access the interior 2106 of the tub 2100. Rims 2108A-D can include ledges 2109 (e.g., 2109 A-D). Ledge 2109A can include receiving holes 2110 (e.g., 2110C-D) (such as snap-fit catches); likewise, ledge 2109C can include receiving holes 2110 (e.g., 2110A-B). Ledges 2109 A-D can also include datums 2117, which can ensure alignment of deck 2200 when placed within tub 2100. Tub 2100 can also include anti-click features, which can prevent a click noise when the tub 2100 is loaded into a NAT system, and band retention features, which can enhance alignment of a band holding a stack of tubs 2100.

[0069] Tub 2100 can include one or more protrusions 2112 (e.g, 2112A-D), 2113 (e.g. , 2113A-D), 2118 (e.g. , 21 18A-D) extending from the floor 2102. The protrusions 2112A-D, 2113 A-D, 2118A-D can provide a variety of functions, including X and Y alignment of the tub when stacked with other tubs, support of the load to the tray during picking or staking of consumables 1 disposed within the tray, universal alignment pin for the instrument, provide head space for consumables 1 disposed within the tub, alignment / constraint features for the consumables 1 inside the tub, banding support and / or protection. For example, protrusions 2112A-D can include flat surfaces configured to act as datum features to engage with loading bay aligning planes of a loading bay of a NAT system, which can ensure positioning and orientation of the tub 2100 within the NAT system, for example, before removing packaging. Alignment surfaces 2115 (e.g.. 2115A-D) can also act as datums to ensure positioning and orientation of the tub 2100 in the X and Y planes within the NAT system. Floor 2102 can also include projections 2126, which can accommodate consumables IE disposed within tub 2100.

[0070] Tub 2100 can include a first handle 2114A disposed on the first wall 1104A. The handle 2114A can include each of the features, and operate in the same a fashion as, described above with regard to handle 114A. Tub 2100 can include a second handle 2114B and a third handle 2114C on third wall 1104C. The second handle 2114B and third handle 2114C include each of the features, and operate in the same a fashion as, described above with regard to handles 114B, 114C. However, as noted above, handles 2114B, 2114C can be disposed a different distance apart as handles 114A, 114B, to act as a poka-yoke feature. Tub 2100 can include an opening 2126 configured to engage with an extension 2214 of Deck 2200. Such a configuration can ensure alignment of a deck 2200 when placed within tub 2100 The deck 2200 is shaped to be seated within the opening of the tub 2100. For example, the deck 2200 can be received within the opening and seated on the ledge 2109. The deck 2200 includes snap-fit arms 2204 (e g., 2204A-B) extending from a first edge 2202. The snap-fit arms 2204 A-B can be configured to extend through receiving holes 2110 (e.g, 2110A-B) of the tub 2100 to couple the deck 2200 and the tub 2100. Likewise, snap-fit arms 2204 (e.g., 2110C-D) disposed on a second edge 2203 can be configured to extend through receiving holes 2100 (e.g., 2110C-D) of the tub 2100 to couple the deck 2200 and the tub 2100. The snap fit connection between deck 2200 and tub 2100 can utilize the same features, and operate in the same fashion, described above with regard to the snap fit connection between deck 200 and tub 100.

[0071] The deck 2200 can include a plurality of holes 2212 for receiving a plurality of consumable 1 items. For example, hole 2212 can be sized to receive a tip, such as a sample tip IE. Hole 2212 can be provided with datum surfaces 2213, which can provide a reference frame for positioning and orienting a respective consumable 1 within the hole. The deck 2200 can include a plurality of datum features 2206 (e.g., 220 A-H) on the top surface. The datum features 2206 can operate as a poka-yoke feature to ensure proper alignment and loading into a use location. For example, datum features 2206A-D can be configured to engage with protrusions 2113 (e.g., 2113A-D) of a tub 2100 stacked on top of the deck 2200. Likewise, datum features 2206E-H can be configured to engage with protrusions 2118 (e.g, 2118A-D), respectively, of a tub 2100 stacked on top of deck 2200.

[0072] Deck 2200 can include extension 2214 extending from first edge 1202, which can be configured to be received within opening 2126 of tub 2100 to ensure alignment of a deck 2200 when placed within tub 2100.

[0073] Tubs 2100 can be configured to stack with one another when no deck 2200 is inserted (e.g, after an initial molding process), or with a deck 2200 inserted into each tub 2100 in the stack. Likewise, decks 2200 can be configured to stack with one another (e.g., after an initial molding process).

[0074] Lid 2400 can include alignment surfaces 2402 (e g., 2402A-C), which can ensure positioning and orientation of the lid 2400 on the top container 2300 of stack 2600. The alignment surfaces 2402 can be configured to ensure alignment in the Z plane. Furthermore, the lid 1400 can be designed to not extend beyond a rims 1108 of the top container 1300 to ensure that a banding operation will not cause any catching, breaking or snagging on lid 1400. Lid 2400 can also include banding feature 2404 (e.g., 2404A-B), which can allow7a stack band 2500 to auto-center on the stack 2600. Lid 2400 can further include extensions 2408. which can extend into consumables 1 disposed within the top deck 2200 of the stack 2600. thereby providing stability and limiting movement of the consumables 1. Extensions 2408 can also operate as an X plane and Y Plan alignment feature by engaging the consumables 1 in the deck 2200 The stack 2600 of containers 2300 can be banded together by a band 2500 to hold the containers 2300 in a stacked configuration. Band 2500 can be a removable band. Band 2500 can be configured for toolless release (or toolless breaking). For example, but not by way of limitation, Band 2500 can include a perforation for low force breaking. Although a band 2500 is described, any suitable method for maintaining the containers 2300 in a stacked configuration can be used. The container stacks 2600 can include multiple containers 2300, each canydng multiple consumables 1. Container 2300 stacks can be moved to a loading bay. A front of the container 2300 stacks can be accessible by a user when the container 2300 stack is placed in a loading bay. Supports can be provided along the comers of the stacks 2600 to provide additional alignment support. Multiple stacks 2600 can be packaged together for shipping.

[0075] The tub 2100, deck 2200, and lid 2400 can be made from suitable materials, such as plastics. Plastics that are not exposed to biologies can be recyclable.

[0076] Referring to FTGs. 17-20 for purpose of illustration and not limitation, tub 3100, deck 3200, container 3300, lid 3400 and stack 3600 are provided. Figure 17, for purpose of illustration and not limitation, illustrates that tub 3100 and deck 3200 can be combined to form container 3300. Container 3300 can receive consumables 1 (e.g., IF), for example, 75 of consumable IF. Consumable IF can be a tip, for example, an eluate tip. A label 3301 can be provided on the container 1300. Several containers 3300, for example 6 containers 3300, can be stacked together to form stack 3600. A lid 3400 can be provided on the top container 3300 of stack 3600. Band 3500 can be provided around stack 3600.

[0077] The tub 3100 includes a floor 3102 and first, second, third, and fourth walls 3104 (e.g., 3104A-D) extending upwardly from the floor 3102 to define an interior 3106. At least one wall 3104A-D, for example, second wall 3104B, can include a flat surface 3105 for receiving a label 3301. Each wall 3104A-D includes a respective rim 3108 (e.g., 3108A-D) at a top portion thereof. The rims 3108 A-D can define an opening to access the interior 3106 of the tub 3100. Rims 3108A-D can include ledges 3109 (e.g., 3109 A-D). Ledge 3109A can include receiving holes 3110 (e.g., 3110C-D) (such as snap-fit catches); likewise, ledge 3109C can include receiving holes 3110 (e.g., 3110A-B). Ledges 3109 A-D can also include datums 3117, which can ensure alignment of deck 3200 when placed within tub 3100. An extension 3119 can also be used to ensure alignment of a deck 3200 when placed within tub 3100 by creating asymmetry7in the opening that can correspond to asymmetry of the deck 3200. Tub 3100 can also include anti-click features, which can prevent a click noise when the tub 3100 is loaded into a NAT system, and band retention features, which can enhance alignment of a band holding a stack of tubs 3100.

[0078] Tub 3100 can include one or more protrusions 3112 (e.g., 3112A-D), 3113 (e.g., 3113A-D), 3218 (e.g., 3218A-D) extending from the floor 3102. The protrusions 3112A-D, 3113A-D, 3118A-D can provide a variety of functions, including X and Y alignment of the tub when stacked with other tubs, support of the load to the tray during picking or staking of consumables 1 disposed within the tray, universal alignment pin for the instrument, provide head space for consumables 1 disposed within the tub, alignment I constraint features for the consumables 1 inside the tub, banding support and / or protection. For example, protrusions 3112A-D can include flat surfaces configured to act as datum features to engage with loading bay aligning planes of a loading bay of a NAT system, which can ensure positioning and orientation of the tub 3100 within the NAT system, for example, before removing packaging. Alignment surfaces 3115 (e.g.. 3115A-D) can also act as datums to ensure positioning and orientation of the tub 3100 in the X and Y planes within the NAT system. Floor 3102 can also include projections 3126. which can accommodate consumables IF disposed within tub 3100. Tub 3100 can include a first handle 3114A disposed on the first wall 3104 A. The handle 3114A can include each of the features, and operate in the same a fashion as, described above with regard to handle 114A. Tub 3100 can include a second handle 3114B and a third handle 3114C on third wall 3104C. The second handle 3114B and third handle 3114C include each of the features, and operate in the same a fashion as, described above with regard to handles 114B, 114C. However, as noted above, handles 3114B, 3114C can be disposed a different distance apart as handles 114A, 114B, to act as a poka-yoke feature. For example, handles 3114B, 3114C can be so close together, the handles 3114B, 3114C can form a single combined handle.

[0079] The deck 3200 is shaped to be seated within the opening of the tub 3100. For example, the deck 3200 can be received within the opening and seated on the ledge 3109. The deck 3200 includes snap-fit arms 3204 (e.g., 3204A-B) extending from a first edge 3202. The snap-fit arms 3204 A-B can be configured to extend through receiving holes 3110 (e.g, 31 10A-B) of the tub 3100 to couple the deck 3200 and the tub 3100. Likewise, snap-fit arms 3204 (e.g., 3204C-D) disposed on a second edge 3203 can be configured to extend through receiving holes 3110 (e.g., 3110C-D) of the tub 3100 to couple the deck 3200 and the tub 3100. The snap fit connection between deck 3200 and tub 3100 can utilize the same features, and operate in the same fashion, described above with regard to the snap fit connection between deck 200 and tub 100.

[0080] The deck 3200 can include a plurality of holes 3212 for receiving a plurality of consumable 1 items. For example, hole 3212 can be sized to receive a tip, such as an eluate tip IF. Hole 3212 can be provided with datum surfaces 3213, which can provide a reference frame for positioning and orienting a respective consumable 1 within the hole.

[0081] The deck 3200 can include a plurality of datum features 3206 (e.g., 3206A-H) on the top surface. The datum features 3206 can operate as a poka-yoke feature to ensure proper alignment and loading into a use location. For example, datum features 3206A-D can be configured to engage with protrusions 3113A-D, respectively, of a tub 3100 stacked on top of the deck 3200. Likewise, datum features 3206E-H can be configured to engage with protrusions 3118A-D, respectively, of a tub 3100 stacked on top of deck 3200. The deck 3200 can include a datum surface 3218, which can engage extension 3119 of tub 3100. As noted above, such configuration can be used to ensure alignment of a deck 3200 when placed within tub 3100 by creating asymmetry in the deck 3200 that can correspond to asymmetry’ in the opening of the tub 3100.

[0082] Tubs 3100 can be configured to stack with one another when no deck 3200 is inserted (e.g., after an initial molding process), or with a deck 3200 inserted into each tub 3100 in the stack. Likewise, decks 3200 can be configured to stack with one another (e.g., after an initial molding process).

[0083] Lid 3400 can include alignment surfaces 3402 (e g., 3402A-C), which can ensure positioning and orientation of the lid 3400 on the top container 3300 of stack 3600. The alignment surfaces 3402 can be configured to ensure alignment in the Z plane. Furthermore, the lid 3400 can be designed to not extend beyond a rims 3108 of the top container 3300 to ensure that a banding operation will not cause any catching, breaking or snagging on lid 3400. Lid 3400 can also include banding feature 3404 (e.g., 3404A-B), which can allow a stack band 3500 to auto-center on the stack 3600. Lid 3400 can further include extensions 3408. which can extend into consumables 1 disposed within the top deck 3200 of the stack 3600. thereby providing stability and limiting movement of the consumables 1. Extensions 3408 can also operate as an X plane and Y Plan alignment feature by engaging the consumables 1 in the deck 3200

[0084] The stack 3600 of containers 3300 can be banded together by a band 3500 to hold the containers 3300 in a stacked configuration. Band 3500 can be a removable band. Band 3500 can be configured for toolless release (or toolless breaking). For example, but not by way of limitation, Band 3500 can include a perforation for low force breaking. Although a band 3500 is described, any suitable method for maintaining the containers 3300 in a stacked configuration can be used. The container stacks 3600 can include multiple containers 3300, each cartying multiple consumables 1. Container 3300 stacks can be moved to a loading bay. A front of the container 3300 stacks can be accessible by a user when the container 3300 stack is placed in a loading bay. Supports can be provided along the comers of the stacks 3600 to provide additional alignment support. Multiple stacks 3600 can be packaged together for shipping.

[0085] The tub 3100, deck 3200, and lid 3400 can be made from suitable materials, such as plastics. Plastics that are not exposed to biologies can be recyclable.

[0086] Referring to FIGs. 21-23 for purpose of illustration and not limitation, tub 4100, lid 4400 and stack 4600 are provided. Figure 21, for purpose of illustration and not limitation, illustrates that tub 4100 can receive consumables 1 (e.g., 1 G). Consumables 1 G can be stacked into stacks of 6 consumables 1G, and 10 stacks of consumables 1G can be disposed in tub 4100. Consumable 1G can be a wash vessel. A label 4301 can be provided on the container 1300. Several tubs 4100, for example 10 tubs 4100, can be stacked together to form stack 4600. A lid 4400 can be provided on the top tub 4100 of stack 4600. Band 4500 can be provided around stack 4600.

[0087] The tub 4100 includes a floor 4102 and first, second, third, and fourth walls 4104 (e.g., 4104A-D) extending upwardly from the floor 4102 to define an interior 4106. At least one wall 4104A-D, for example, second wall 4104B, can include a flat surface 4105 for receiving a label 4301. Each wall 4104A-D includes a respective rim 4108 (e.g., 4108A-D) at a top portion thereof. The rims 4108A-D can define an opening to access the interior 4106 of the tub 4100. Rims 4108A-D can include ledges 4109 (e.g, 4109 A-D. Tub 4100 can also include anti-click features, which can prevent a click noise when the tub 4100 is loaded into a NAT system, and band retention features, which can enhance alignment of a band holding a stack of tubs 4100. The walls 4104C, 1104D can include dividers 4124, which can ensure proper alignment and loading of stacks of consumables 1 with tub 4100.

[0088] Tub 4100 can include one or more protrusions 4112 (e.g, 4112A-D), extending from the floor 3102. The protrusions 4112A-D can provide a variety of functions, including X and Y alignment of the tub w hen stacked with other tubs, support of the load to the tray during picking or staking of consumables 1 disposed within the tray, universal alignment pin for the instrument, provide head space for consumables 1 disposed within the tub, alignment / constraint features for the consumables 1 inside the tub, banding support and / or protection. For example, protrusions 4112A-D can include flat surfaces configured to act as datum features to engage with loading bay aligning planes of a loading bay of a NAT system, which can ensure positioning and orientation of the tub 4100 within the NAT system, for example, before removing packaging. Datum 4125 (e.g, 412 A-B) can also act as datums to ensure positioning and orientation of the tub 4100 in the X and Y planes within the NAT system. Alignment surfaces 41 15 (e.g, 4115A-D) can also act as datums to ensure positioning and orientation of the tub 4100 in the X and Y planes within the NAT system. Floor 4102 can also include projections 4126, which can accommodate consumables IF disposed within tub 4100.

[0089] Tub 4100 can include a first handle 4114A disposed on the first wall 4104 A. The handle 4114A can include each of the features, and operate in the same a fashion as. described above with regard to handle 114A. Tub 4100 can include a second handle 4114B and a third handle 4114C on third wall 4104C. The second handle 4114B and third handle 4114C include each of the features, and operate in the same a fashion as, described above with regard to handles 114B. 114C. However, as noted above, handles 4114B, 4114C can be disposed a different distance apart as handles 114A, 114B, to act as a poka-yoke feature.

[0090] Tubs 4100 can be configured to stack with one another when no consumable 1 is inserted (e.g., after an initial molding process), or with consumables 1 inserted into each tub 4100 in the stack.

[0091] Lid 4400 can include alignment surfaces 4402 (e.g., 4402A-C), which can ensure positioning and orientation of the lid 4400 on the top container 4300 of stack 4600. The alignment surfaces 4402 can be configured to ensure alignment in the Z plane. Furthermore, the lid 4400 can be designed to not extend beyond a rims 4108 of the top container 4300 to ensure that a banding operation will not cause any catching, breaking or snagging on lid 4400. Lid 4400 can also include banding feature 4404 (e.g., 4404A-B), which can allow a stack band 4500 to auto-center on the stack 4600. Lid 4400 can further include extensions 4408, which can extend into consumables 1 disposed within the top deck 4200 of the stack 4600, thereby providing stability and limiting movement of the consumables 1 . Extensions 4408 can also operate as an X plane and Y Plan alignment feature by engaging the consumables 1 in the deck 4200

[0092] The stack 4600 of containers 4300 can be banded together by a band 4500 to hold the containers 4300 in a stacked configuration. Band 4500 can be a removable band. Band 4500 can be configured for toolless release (or toolless breaking). For example, but not by way of limitation. Band 4500 can include a perforation for low force breaking. Although a band 4500 is described, any suitable method for maintaining the containers 4300 in a stacked configuration can be used. The container stacks 4600 can include multiple containers 4300, each carrying multiple consumables 1. Container 4300 stacks can be moved to a loading bay. A front of the container 4300 stacks can be accessible by a user when the container 4300 stack is placed in a loading bay. Supports can be provided along the comers of the stacks 4600 to provide additional alignment support. Multiple stacks 4600 can be packaged together for shipping.

[0093] The tub 4100 and lid 4400 can be made from suitable materials, such as plastics. Plastics that are not exposed to biologies can be recyclable.

[0094] Two or more stacks 600, 1600, 2600, 3600, 4600 can be provided together in a kit to provide a plurality of consumables required to operate a high-throughput NAT system

[0095] Referring to FIGs. 24A-24D for purpose of illustration, an exemplary tub 5100 is provided. The tub 5100 can include each of the features described above for any of tubs 100, 1100, 2100, 3100, and 4100. For example, tub 5100 include a floor 5102, and sidewalls 5104 (<?.g., 5104A-D). Each wall 5104A-D includes a respective rim 5108 (e.g., 5108A-D) at atop portion thereof. The rims 5108A-D can define an opening to access the interior 5106 of the tub 100. Tub 5100 can include handles 5114 (e.g., 5114A-C), which can include each of the features, and operate in the same a fashion as, described above with regard to handles 1 14A-C, including, for example, a central support 5116 for handle 51 14 A. Tub 5100 can also include one or more protrusions 5112 extending from the floor 5102.

[0096] A container of the present disclosure can contain from about 5 to about 500 consumables (as illustrated in FIGs. 1, 9, 13, 17 and 21). For purpose of illustration and not limitation, a container of the present disclosure can contain from about 5 to about 250 vessels and / or from about 5 to about 250 caps. Alternatively or additionally, a container of the present disclosure can contain from about 5 to about 250 vessels and / or from about 5 to about 250 tips (e.g., eluate tips or lysis tips).

[0097] In addition to the disclosed subject matter claimed below, the disclosed subject matter is also directed to other aspects of the disclosed subject matter having any other possible combination of the dependent features claimed below and those disclosed above. As such, the particular features presented in the dependent claims and disclosed above can be combined with each other in other manners within the scope of the disclosed subject matter such that the disclosed subject matter should be recognized as also specifically directed to other aspects of the disclosed subject matter having any other possible combinations. Thus, the foregoing description of the disclosed subject matter has been presented for purposes of illustration and description. It is not intended to be exhaustive or to limit the disclosed subject matter to the aspects of the disclosed subject matter disclosed.

[0098] It will be apparent to those skilled in the art that various modifications and variations can be made in the method and system of the disclosed subject matter without departing from the spirit or scope of the disclosed subject matter. Thus, it is intended that the disclosed subject matter include modifications and variations that are within the scope of the appended claims and their equivalents.

Claims

CLAIMS1. An assembly for use in high-throughput nucleic acid testing (NAT) system, comprising: a tub having a floor, four walls extending upwardly from the floor to define an interior, the four walls including a first wall having a first rim at a top portion thereof, a second wall having a second rim at a top portion thereof, a third wall having a third rim at a top portion thereof, and a fourth wall having a fourth rim at a top portion thereof, wherein the first rim, second rim, third rim, and fourth rim define an opening to access the interior, a first handle extending outwardly from the first rim, a second handle extending outwardly from the third rim, a third handle extending outwardly from the third rim, and a first receiving hole defined in the third rim; and a deck shaped to be received in the opening of the tub, the deck including a first snap- fit arm extending from a first edge and configured to extend through the first receiving hole to couple the deck and the tub.

2. The assembly of claim 1. wherein the first snap-fit arm includes a ramp surface and a lock surface.

3. The assembly of claim 2. wherein the ramp surface is configured to slide through the first receiving hole when the deck is coupled to the tub.

4. The assembly of claim 2. wherein the lock surface is configured to lock against the tub when the deck is coupled to the tub.

5. The assembly of claim 1, wherein deck comprises at least one datum on a top surface and the tub comprises at least one protrusion extending from the floor such that the at least one protrusion engages the at least one datum when the tub is stacked on the deck.

6. The assembly of claim 1, wherein the first handle comprises a central support.

7. The assembly of claim 1, wherein the second wall comprises a planar outer portion for receiving a label.

8. The assembly of claim 1, wherein the tub further comprises a second receiving hole defined in the third rim; and wherein the deck comprises a second snap-fit arm extending from the first edge and configured to extend through the second receiving hole to couple the deck and the tub.

9. The assembly of claim 1, wherein the tub further comprises a second receiving hole defined in the first rim; and wherein the deck comprises a second snap-fit arm extending from a third edge and configured to extend through the second receiving hole to couple the deck and the tub.

10. The assembly of claim 1, wherein the deck includes a plurality of holes for receiving a plurality of consumable items.

11. The assembly of claim 9, where in the plurality of holes comprises at least a first hole have a first diameter and a second hole having a second diameter.

12. An assembly for use in high-throughput nucleic acid testing (NAT) system, comprising: a plurality of containers, each container including a tub having a floor having at least one protrusion extending therefrom.four walls extending upwardly from the floor to define an interior, the four walls including a first wall having a first rim at a top portion thereof, a second wall having a second rim at a top portion thereof, a third wall having a third rim at a top portion thereof, and a fourth wall having a fourth rim at a top portion thereof, wherein the first rim, second rim, third rim, and fourth rim define an opening to access the interior, a first handle extending outwardly from the first rim, a second handle extending outwardly from the third rim, a third handle extending outwardly from the third rim, and a first receiving hole defined in the third rim; and a deck shaped to be received within the opening of the tub, the deck including at least one datum on atop surface of the deck and a first snap-fit arm extending from a first edge and configured to extend through the first receiving hole to couple the deck and the tub; a lid covering atop container when the plurality of containers are in a stacked formation; and a band holding the plurality of the containers in the stacked configuration, wherein the at least one protrusion of at least one tub engages the at least one datum of at least one deck stacked below the at least one tub.

13. The assembly of claim 12, wherein the band comprises a perforation for low force breaking.

14. The assembly of claim 12, wherein the first snap-fit arm of each deck includes a ramp surface and a lock surface.

15. The assembly of claim 14, wherein the ramp surface of each cantilever arm is configured to slide through the first receiving hole of the respective deck when the deck is coupled to the tub.

16. The assembly of claim 14, wherein the lock surface is configured to lock against the respective tub when the deck is coupled to the respective tub.

17. The assembly of claim 12, wherein the handle comprises a central support.

18. The assembly of claim 12, wherein the second wall comprises a planar outer portion for receiving a label.

19. The assembly of claim 12, wherein the deck includes a plurality of holes for receiving a plurality of consumable items.

20. A system for high-throughput nucleic acid testing (NAT) comprising the assembly of any one of claims 1-19.

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