845results about "Screen printers" patented technology

The screen printing machine comprises a feeding mechanism, a printing machine table and a discharging mechanism which are arranged in sequence, and the feeding mechanism is used for conveying battery pieces to be printed to a feeding position; the printing machine table comprises a machine frame, a transferring mechanism and at least two printing parts, each printing part comprises a mounting machine frame, a printing table and a printing mechanism, the mounting machine frames extend in the second horizontal direction, and the printing tables can move to the material receiving station, the printing station and the discharging station in the second horizontal direction to be mounted on the mounting machine frames; the printing mechanism is used for printing the battery pieces on the printing table on the printing station; the transfer mechanism is used for picking up the battery pieces at the feeding position, conveying the picked battery pieces to the positions above the material receiving stations of all the printing parts in the first horizontal direction and then releasing the battery pieces to the printing tables located on the material receiving stations. According to the screen printing machine, the overall length of the machine table is greatly shortened, and equipment can be conveniently placed in a workshop.

The present invention discloses a four-position full-cell solar silicon wafer printer, including a base, an infeed guide rail, a detection camera assembly, a turntable assembly, a lifting module, a UVW correction alignment mechanism, and an outfeed guide rail. The UVW mechanism comprises two Y-axis modules, one X-axis module, a printing platform, a steel mesh frame, and a printing squeegee kit. The Y / X-axis modules are under the platform, their drive ends connected to the steel mesh frame. The squeegee kit moves left-right on the platform. It uses the Y / X-axis modules and detection camera to realize X, Y, θ three-axis motion, ensuring steel mesh-silicon wafer alignment and optimizing printing directions.

The utility model discloses a full-opening steel plate with a buffer metal layer for battery printing, and belongs to the technical field of solar battery printing. The full-opening steel plate with the buffer metal layer for battery printing comprises a frame, an annular auxiliary material piece and a graphical steel plate, the graphical steel plate is arranged on the annular auxiliary material piece, an avoiding area is larger than a graphic area of the graphical steel plate, the graphical steel plate comprises the buffer metal layer and a first metal layer, the graphic area of the buffer metal layer is provided with a plurality of first grid line holes, and the first grid line holes are communicated with the annular auxiliary material piece. A plurality of second grid line holes are formed in the pattern area of the first metal layer, at least one buffer metal layer is arranged on the pasting and printing face of the first metal layer, the first grid line holes are communicated with the corresponding second grid line holes, and the hardness of the buffer metal layer is smaller than that of the silicon wafer. According to the utility model, the surface of the steel plate can be matched with the uneven surface of the silicon wafer in the printing process, so that the consumption of printing silver paste is saved, the stable batch production is facilitated, and the electrical performance of the battery piece is improved.

The utility model discloses a device and a method for calibrating the parallelism of a screen printing scraper and a printing plane. Two ends of the scraper are respectively provided with a micrometer head for adjusting the balance of two ends of the scraper; the calibration strips arranged on one side of the printing platform in parallel correspond to the scraper above the calibration strips. The lower part of the calibration strip is centrally supported on a rotating fulcrum, two pressure sensors are symmetrically distributed on two sides of the rotating fulcrum and are correspondingly arranged below two ends of the calibration strip, and the pressure sensors are in signal connection with a display screen; the rotating fulcrum and the pressure sensor are installed on the bottom plate through the lifting base and the lifting driving piece, and the bottom plate is provided with a horizontal adjusting assembly. The parallelism of the scraper and the printing plane is not repeatedly debugged by a manual visual inspection mode; accurate quantitative adjustment can be directly carried out according to the pressure value displayed by the display screen, the parallelism of the scraper and the printing plane can be rapidly calibrated at a time, the calibration work is accurate and reliable, the calibration result is stable, the calibration operation difficulty is effectively reduced, and the calibration work efficiency is greatly improved.

The invention relates to the technical field of screen printing plates, in particular to a printing screen printing plate, a manufacturing method and a solar cell. The screen printing plate comprises a screen printing plate layer, the screen printing plate layer is provided with a printing groove extending in the first direction, the printing groove penetrates through the screen printing plate layer in the thickness direction of the screen printing plate layer, the printing groove comprises a plurality of first groove sections and second groove sections which are alternately connected in the first direction, and the maximum width of the first groove sections in the second direction is larger than that of the second groove sections in the second direction; the minimum width of the first groove section in the second direction is larger than or equal to the maximum width of the second groove section in the second direction, and every two of the first direction, the second direction and the thickness direction of the screen printing plate layer are perpendicular to each other; the groove depth size of the first groove section in the thickness direction of the screen printing plate layer is smaller than the groove depth size of the second groove section in the thickness direction of the screen printing plate layer. The grid line printed by the printing screen not only integrates the welding performance of the assembly and the low resistance performance of the grid line, but also can reduce the cost.

The utility model discloses a solar photovoltaic cell gradual change staggered grid printing screen which comprises a printing plate frame and a printing screen body, the printing screen body is stretched on the printing plate frame through a stretching wire mesh, a plurality of fine grid line grooves and main grid line grooves are formed in the printing screen body, the fine grid line grooves and the main grid line grooves are communicated in a crossed mode, and the fine grid line grooves are communicated with the main grid line grooves. Two sides of each main grid line groove are respectively provided with a plurality of fine grid line grooves in a staggered manner; the main grid line groove is narrowed from the middle to the two ends, and the narrowing angle alpha of the main grid line groove is 3-6 degrees; the width of the tensioning wire mesh between one side edge of the printing screen and the printing plate frame is L1, the width of the tensioning wire mesh between the other side edge of the printing screen and the printing plate frame is L2, and L1 is equal to (1.5-2.5) L2. The fine grid line grooves on one side of the main grid line grooves are correspondingly located between the two adjacent fine grid line grooves on the other side of the main grid line grooves, and the two groove edges of the main grid line grooves are symmetrically located on the two sides of the groove center line. According to the staggered grid printing screen, the tensioning force of the printing plate can be balanced, and the production cost of solar photovoltaic cells can be reduced.

The utility model relates to a vacuum screen printing machine. The vacuum screen printing machine comprises a bin body, a working area and a piece taking and placing area which are communicated with each other are arranged in the bin body, an isolation assembly is further arranged in the bin body, and the working area is divided into a first working area and a second working area by the isolation assembly. The isolation assembly divides the sheet taking and placing area into a first sheet taking and placing area and a second sheet taking and placing area, the first working area is only communicated with the first sheet taking and placing area, and the second working area is only communicated with the second sheet taking and placing area. The vacuum screen printing machine has the advantages of being high in working efficiency, low in energy consumption and capable of meeting various printing requirements.

The present invention relates to a mask printing-type edible raw material laminating device capable of producing edible products in various shapes having a laminated structure through a printing method using a printing mask. More specifically, the present invention relates to a mask printing-type edible raw material laminating device wherein, while a fabric having a preprinted material made of an edible raw material is made to pass, a laminated / printed material made of an edible raw material is additionally printed on the preprinted material. The mask printing-type edible raw material laminating device comprises: a support structure for providing a support force; a fabric guide means mounted in the support structure so as to guide transfer of the fabric; a fabric prop portion installed below the fabric transfer path such that, when a laminated / printed material is printed on the preprinted material, the fabric is propped up and supported; a printing mask installed above the fabric prop portion in a position adjustable manner, the printing mask having multiple printing holes formed therein such that an editable raw material to be laminated on the preprinted material passes therethrough; a mask positioning portion for positioning the printing mask; and a printing unit for injecting an edible raw material onto the positioned printing mask and then spreading same such that the edible raw material is laminated on the preprinted material through the printing holes.

A printing apparatus includes: a lower receiving body (25) that receives a substrate; a support table (24) that supports the lower receiving body (25); a pair of guide rails; a mask, both ends of which are supported by the pair of guide rails and which is positioned above the support table (24); a lifter (23) that lifts and lowers the support table (24) and brings the substrate into contact with the mask; and a coating mechanism that coats the paste on the substrate across the mask. The printing device is provided with a jig (44) for conveying a lower carrier (25), and the jig (44) comprises: a frame (51) which is conveyed to a position above a support table (24) in a state in which both end parts are supported by a pair of guide rails (15); and a lifting body (52) which is supported by the frame (51) in a freely lifting manner and can hold the lower receiving body (25) on the lower surface side.

The utility model discloses an ink splashing prevention protection structure for a photogravure press, which comprises a fixed sleeve, a telescopic sleeve capable of sliding along the axial direction of the fixed sleeve is arranged in the fixed sleeve, and a flange plate is arranged at one end of the fixed sleeve; the outer side end, away from the flange plate, of the telescopic sleeve extends out of the fixing sleeve and is rotationally connected with a rotating ring disc through a copper sleeve, and a blocking cover is further fixedly arranged on the outer wall of the outer side end of the telescopic sleeve and is of a fan-shaped structure. A hole in one end of the plug sleeve is a round hole, a hole in the other end of the plug sleeve is a taper hole, the round hole is communicated with the taper hole, the plug sleeve is fixedly connected with the rotating ring disc through a screw, the outer diameter of the rotating ring disc is larger than that of the plug sleeve, and the rotating ring disc and the plug sleeve are both located in a covering area of the blocking cover. The printing plate roller has the advantages of preventing printing ink on the printing plate roller from splashing to a printing base material, being good in protection and sealing effect on the top plate shaft and the printing roller plug, simple in structure, convenient to disassemble and assemble, flexible and convenient to use and the like.

The utility model discloses a kind of steel mesh frame insert piece type quick fixing structure, it is related to transfer printing technical field, including steel mesh, the edge of steel mesh is inserted and inserted piece is engaged, steel mesh, insert piece are connected with frame strip by first insertion slot, second insertion slot common engagement, the adjacent end of the frame strip is connected with corner connecting piece by guide slot, sliding slot, convex edge, convex handle, convex strip, baffle, third insertion slot common engagement. The structure when fixing steel mesh, full course does not need bolt and other auxiliary parts, realize the quick assembly of steel mesh and frame for transfer printing, greatly shorten assembly time, the flatness of steel mesh and frame overall rigidity in long-term use are guaranteed by multiple engagement structure, effectively avoid the transfer printing precision deviation caused by steel mesh displacement, frame deformation, meet the efficient, low cost, high stability production demand of transfer printing.

The application relates to the field of circuit board printing, and discloses a re-printing device for circuit board defective products and a process thereof. The re-printing device for circuit board defective products comprises two fixing plates, the two fixing plates are respectively fixed on the top surface of a workbench, the top surface of a printing box is communicated with a fixed feeding pipe, the feeding pipe is provided with a first conveying pump, the inner bottom surface of the printing box is provided with a plurality of discharge holes, the inner parts of the plurality of discharge holes are respectively fixed with discharge pipes, and the plurality of discharge pipes are respectively provided with second conveying pumps. In the application, the cooperation of the first guide rail, the fixing frame, the first electric push rod, the printing box, the plurality of discharge pipes, the plurality of second conveying pumps, the second electric push rod, the placing table, the L-shaped frame and the printing plate facilitates the local printing of the circuit board defective products, avoids the traditional overall printing, reduces the waste of the tin paste, and lowers the production cost.

The utility model discloses a fast assembly mechanism of gold stamping and screen printing equipment, which comprises a mounting plate, a platform plate is arranged on one side of the mounting plate, a first sliding table module and a second sliding table module are fixedly arranged on the platform plate, a first sliding table capable of moving left and right is arranged on the first sliding table module, and a second sliding table capable of moving left and right is arranged on the second sliding table module. The first sliding table module is provided with a first sliding table capable of moving leftwards and rightwards, the second sliding table module is provided with a second sliding table capable of moving leftwards and rightwards, the screen printing machine is fixedly connected with the first sliding table and the second sliding table in a detachable mode, and the gilding press is fixedly connected with the first sliding table in a detachable mode. And a lead screw nut guide rail sliding block assembly is arranged between the platform plate and the mounting plate, through the design, personnel can change the machining form of equipment according to different working procedures, high efficiency is achieved, repeated preparation of two sets of process equipment is avoided, and the cost is lower.

The application relates to the technical field of air permeability detection, and discloses a material air permeability detection device for sweat detection patch production and a production process, wherein the material air permeability detection device for sweat detection patch production comprises a detection box, a fixing piece is arranged at the top of the detection box, an air inlet assembly is arranged in the detection box, the air inlet assembly is used for introducing detection gas, the air inlet assembly comprises a gas guide cylinder arranged in the detection box, a plurality of support pipes are arranged in a ring shape in the top view of the gas guide cylinder, a plurality of gas guide holes are arranged on the side surface of each support pipe, and the support pipes comprise an inner ring support pipe group and an outer ring support pipe group. The air permeability detection is synchronously carried out in the process that the material experiences complete dynamic bending circulation from upward convexity to horizontalness and then to downward concavity through the driving support structure, so that the performance data of the material in different deformation states are captured, and the final detection result can truly reflect the air permeability of the product in a real use scenario.

This invention relates to the field of printing equipment technology, specifically to a method for printing 3D effect patterns based on multi-color overlay, comprising the following steps: S1, placing the workpiece to be printed on a base; S2, aligning the screen with the base, and printing ink onto the workpiece using a squeegee; S3, replacing the screen, and printing again using the squeegee, with multiple overlapping prints creating a 3D effect pattern on the workpiece surface; the screen mentioned in step S2 includes a frame and a mesh fabric. The frame includes two support rods and four telescopic rods. The two support rods are arranged in parallel, and the telescopic rods include a main rod and a secondary rod, with the main rod and secondary rod slidingly engaged; the four telescopic rods are interconnected to form a rectangular frame, with two telescopic rods respectively positioned on the two support rods, and a first magnetic block on each of the main rod and secondary rods. This invention solves the problem of printing quality being affected by screen deformation through the frame, mesh fabric, and adjustment mechanism.

The present application relates to a kind of nickel alloy screen for printing and its manufacturing method, comprising the following steps: step one: select nickel alloy plate as original model;Step two: the surface cleaning of the original model selected in step one is carried out, and surface dirt and oil stain are removed;Step three: using chemical cathode deposition method, with original model as material, add electroforming liquid, complete nickel net integrated molding work by electroforming;Step four: the electroformed nickel net after being treated in step three is demoulded, and nickel alloy net is obtained;Step five: the nickel alloy net after being demoulded in step four is hot melt compounded with PE film by hot melting machine.The present application is integrally formed by micro electroforming, processed and formed by cathode deposition phenomenon in electrochemical process, has very high replication accuracy and dimensional accuracy, can replace the use of traditional screen gauze, and because of its flexibility of arbitrary design, currently has designed multiple schemes to match the use of different scenes.

The invention provides a solder paste tube assembling device, a printing machine comprising the solder paste tube assembling device and a solder paste tube assembling method. The solder paste tube assembling device is used for fixing and sealing a solder paste tube, a nozzle is arranged at the bottom of the solder paste tube, the solder paste tube provides solder paste through the nozzle, and the solder paste tube assembling device comprises a support, a top sealing device and a bottom supporting device. The top sealing device is arranged to controllably conduct lifting motion so as to be connected to the tops of the solder paste pipes of different heights in a sealed mode. According to the solder paste tube assembling device, through the top sealing device capable of automatically ascending and descending, the solder paste tubes can be automatically disassembled and replaced, and the solder paste tubes with different heights can be automatically replaced.

The invention discloses a double-scraper synchronous driving structure of a screen printing machine, and relates to the field of screen printing machines, the double-scraper synchronous driving structure comprises an assembly box and a connecting frame, the rear side of the assembly box is fixedly connected with an arc-shaped block, the inner side of the arc-shaped block is provided with a motor, the output end of the motor is provided with a rotating shaft, and one end of the rotating shaft is fixedly connected with a rotating rod; the device has the advantages that the two sets of scrapers can circularly ascend and descend through the motor, the gear, the toothed plate, the moving block, the guide block and other assemblies, then synchronous action of the scrapers can be guaranteed, and meanwhile the printing quality can be improved; the height of the scraper main body can be adjusted through assemblies such as a rotating sleeve, a limiting ring, a lead screw, a guide rod and a moving plate, so that different use requirements can be met, and meanwhile, the practicability of the device can be improved; the cutter main body can be quickly assembled and disassembled through the mounting plate, the positioning strip, the positioning groove, the clamping column, the fixing ring and other assemblies, so that the cutter can be overhauled after being used for a long time, and meanwhile, the overhauling difficulty can also be reduced.

An exchanging unit is an exchanging unit for use in a printing device including a printing section configured to execute a printing process of printing a viscous fluid on a processing target object using a screen mask, and includes a receiving section configured to receive an accommodation rack having multiple shelf sections each configured to accommodate a frame that is capable of supporting an exchangeable member for use in the printing device, a lifting and lowering section configure to lift and lower the accommodation rack between an exchange position where to exchange the exchangeable member and a liftable position situated further downwards than the exchange position, and a moving section configured to move the accommodation rack between the liftable position where the accommodation rack can be lifted up by the lifting and lowering section and an accommodation position where the accommodation rack enters an interior of a housing of the printing device.

The present application provides a solder paste dispensing feedback system (10) for a circuit board printer. The system (10) comprises a solder paste container (101), a solder paste extruding device, a first sensor, a second sensor and a control device. The solder paste container (101) is used to contain solder paste and has an outlet. The solder paste extruding device is used to extrude the solder paste from the outlet of the solder paste container (101). The first sensor is used to detect solder paste in the solder paste container (101), and generate a first signal to indicate whether the solder paste container (101) still contains solder paste. The second sensor is used to detect an operating state of the solder paste container (101), and generate a second signal to indicate whether solder paste is extruded from the outlet of the solder paste container (101). The control device is used to receive the first signal and the second signal, and control the operation of the circuit board printer according to the indications of the first signal and the second signal.

This utility model discloses a uniform coating structure for metallizing paste on the surface of alumina ceramics, relating to the field of alumina ceramic surface treatment technology. Its key technical features include a mounting base plate, a hydraulic cylinder, a lifting frame, a moving truss, and a conveyor frame. A drive assembly is mounted on the side wall of the lifting frame, and a threaded rod is fixedly connected to the output shaft of the drive assembly. The threaded rod is threadedly connected to the moving truss. Two first scrapers are connected to the top of the moving truss via two first electric push rods. A wire mesh frame is mounted on the side wall of the lifting frame via two mounting frames. This utility model, by setting a placement mechanism, allows the conveyor belt on the conveyor frame to simultaneously carry multiple placement frames, enabling continuous conveying of ceramic parts. Loading and unloading operations can be carried out on both sides of the conveyor belt without waiting for a single batch to be coated, completely eliminating the downtime of traditional equipment requiring "loading and waiting for unloading." This significantly improves the coating efficiency of the metallizing paste and adapts to the needs of mass production.

The invention discloses a solar cell preparation method and solar cell production equipment. The preparation method comprises the following steps: providing at least one cell piece; a flexible mold is arranged on the to-be-printed surface of each battery piece, and a plurality of through first grid line open holes are formed in the flexible mold; grid line printing is conducted on the battery piece provided with the flexible mold through a printing plate, a middle battery piece is obtained, a plurality of second grid line open holes are formed in the printing plate, and the first grid line open holes and the second grid line open holes are in one-to-one correspondence, so that the first grid line open holes are filled with slurry flowing out of the second grid line open holes; carrying out drying treatment on the middle battery piece; and removing the flexible mold to obtain the solar cell.

The invention provides a general solder paste printing tool and method for SMT patch production, and the tool comprises a steel sheet fixing frame and a printed board fixing support body, the steel sheet fixing frame comprises a lower frame, a steel sheet and an upper frame, the lower frame comprises a lower frame body and a fixed column, the lower frame body is provided with a first through hole accommodating cavity, and the fixed column is provided with a second through hole accommodating cavity; a first positioning notch is formed in the joint of the cavity wall of the first through hole accommodating cavity of the lower frame body; the upper frame is provided with a second through hole containing cavity and a first fixing hole, and a second positioning notch is formed in the cavity wall connecting position of the second through hole containing cavity. The steel sheet is arranged between the lower frame and the upper frame, the first positioning notch and the second positioning notch are oppositely arranged, a printed pattern is arranged on the steel sheet, the printed board fixing and supporting body comprises a supporting body and a supporting base, and the supporting body is provided with a printed board mounting groove. According to the technical scheme, the technical problems that in the prior art, due to the fact that manual printing precision is poor, solder paste and a bonding pad are deviated in position after printing, and time and labor are wasted are solved.

The utility model relates to an acrylic plate screen printing machine which comprises a base body and a supporting table rotationally connected to the base body, the supporting table is connected with a plate body containing table, and the plate body containing table is used for containing an acrylic plate. The device further comprises an adsorption assembly, the adsorption assembly comprises a plurality of first adsorption holes formed in the plate body placing table, and the first adsorption holes are used for adsorbing the acrylic plate body; a screen printing machine, a quality detection piece and a discharging piece are further connected to the base body in sequence. The technical scheme has the beneficial technical effects that the supporting table is rotationally connected to the base body, and the machining angle can be flexibly adjusted to meet different screen printing requirements; the planarization design of the plate body placing table provides uniform support for the acrylic plate, deformation or deviation caused by uneven stress is avoided, it is ensured that the plate body is always in a stable state in the silk-screen process, and the printing precision is improved. A plurality of first suction holes formed in the surface of the plate body placing table form a negative pressure adsorption system.

The utility model provides a novel screen mesh structure, which relates to the field of battery manufacturing and comprises a frame and a mesh surface mounted in the frame, and the mesh surface comprises a first wear-resistant layer, a first latex mesh, a stainless steel wire mesh, a second latex mesh and a second wear-resistant layer. The first wear-resistant layer, the first latex gauze, the stainless steel wire mesh, the second latex gauze and the second wear-resistant layer are sequentially stacked from top to bottom, and ink penetrating holes are formed in the first wear-resistant layer and the second wear-resistant layer. According to the novel screen mesh structure, through the arrangement of the first wear-resistant layer and the second wear-resistant layer which are fully covered, in the using process, a scraper can make contact with the first wear-resistant layer, and a battery piece can make contact with the second wear-resistant layer, so that the scraper and the battery piece are prevented from making direct contact with latex mesh, the service life of a screen is prolonged, and the input cost of the produced and manufactured screen is reduced.

This invention discloses a glass edge printing production line, comprising a frame, with a lifting and conveying mechanism and a screen frame mechanism installed on the top of the frame. The lifting and conveying mechanism includes a lifting cylinder and four drive shafts. Both ends of the four drive shafts are movably mounted inside the frame via bearing seats. Each drive shaft is movably connected to a connecting rod. Guide shafts are movably mounted on both ends of each drive shaft. The top of the guide shafts on the outside of the four drive shafts is equipped with the same transmission wheel frame. The screen frame mechanism includes two first slide rails, each containing a rodless cylinder. This glass edge printing production line facilitates the replacement and cleaning of the blown and suction screen, facilitates the adjustment and positioning of the glass, ensures that the glass does not shift during printing, facilitates worker operation, and improves printing efficiency.

The utility model provides a tin collecting mechanism of a solder paste printing machine, which comprises a support, a scraper, a scraper angle adjusting mechanism, a tin foil collecting and unwinding mechanism and a lifting mechanism, the scraper is arranged at the lower end of the support, and two ends of the scraper are respectively provided with a rotating shaft. The scraper angle adjusting mechanism comprises a worm wheel fixedly connected with a rotating shaft at one end of the scraper and a worm matched with the worm wheel and fixed to the support through a bearing seat, a hand-cranking wheel is arranged at one end of the worm, the tinfoil collecting and unwinding mechanism comprises an unwinding roller, a winding roller and a guide roller, and the unwinding roller is provided with a tinfoil collecting roll. The free end of the tinfoil collecting roll bypasses the bottom of the scraper and the guide roller and then is wound on the winding roller, and a turn number sensor is arranged at one end of the guide roller. According to the tin paste recovery device, the inclination angle of the scraper can be conveniently and rapidly adjusted through the scraper angle adjusting mechanism, the tin paste recovery effect is guaranteed, the remaining amount of tin paper can be conveniently monitored through the sensor with the number of turns when the guide roller is in one section, and the labor intensity of operators is reduced.

The utility model discloses a screen printing plate. The screen printing plate comprises a screen frame and a screen printing plate body tensioned in the screen frame. The screen frame comprises a first frame edge parallel to the X direction and a second frame edge parallel to the Y direction crossed with the X direction, and the first frame edge and the second frame edge are alternately arranged in a surrounding mode to form the screen frame. The screen printing plate body comprises a printing area and a transition area located on the periphery of the printing area, a plurality of grid lines are arranged in the printing area in a penetrating mode, and the grid lines extend in the Y direction. A force unloading area located between the printing area and the second frame edge is arranged in the transition area, the force unloading area is longitudinally arranged, the length direction of the force unloading area is parallel to the grid lines, the force unloading area can absorb acting force such as tension acting on the grid lines, the grid lines can be protected and prevented from being deformed or broken, the screen printing plate body is prevented from being damaged, quality is improved, and the service life is prolonged. The printing quality is improved.

A hybrid printing machine is described having both silk screening stations and a direct-to-garment digital printing station with a raster image processor to control a portion of a printing process.

The utility model discloses an anti-fingerprint film cover plate which comprises a cover plate body, and the front face of the cover plate body is plated with an anti-fingerprint film. The viscous protective film is attached to the side, back on to the cover plate body, of the anti-fingerprint film; the side, back on to the cover plate body, of the sticky protective film is attached to the printing table and used for fixing the cover plate body to the printing table. A printing position is arranged on the back face of the cover plate body. And the phenomenon that the cover plate body slides and cannot be printed is avoided.