Removable fluid isolation adapters seal multi-port sampling connections, prevent atmospheric exposure, and avoid replacing the full assembly.
A depth-limited micro-cutting approach removes intact multi-layer deposits and coatings for analysis without shipping whole components.
Two alternating hydraulic pressure lines sequence interlinked valves to isolate and collect many downhole fluid samples without one actuator per vessel.
Autonomous mobile sampling with on-board sensors and analysis reduces hazardous manual site characterization while improving COPC mapping.
A wirelessly tethered sensing payload lets a UAAV sample water at multiple depths and locations, reducing manual monitoring effort.
An in-line pig combines fluid extraction, wall-deposit removal, and distance tracking to capture representative pipeline samples for corrosion and composition analysis.
A four-axis spark erosion head cuts deep, non-boat-shaped samples from reactor vessel walls for more flexible nuclear material testing.
Autonomous enclosure sampling captures aerosols and environmental data while avoiding obstacles, reducing animal stress, and improving study reliability.
A conduit baffle redirects treated exhaust toward sensor tips to suppress recirculation, cut false positives, and improve emissions compliance.
A curved oscillating saw blade and recessed container enable precise dry coating sampling with low contamination and safer in situ collection.
A dual perimeter interface lets sensor parts swap quickly while maintaining secure fluid transfer and leak-free fluid analysis.
Pressure and temperature data reveal sample line and device degradation early, enabling predictive maintenance and more accurate gas analysis.
Vision-guided navigation, drilling, and negative-pressure suction let the robot reach contaminated sampling sites autonomously and preserve soil samples.
Temperature, pressure, and flow comparisons reveal sample handling contamination faults early, cutting routine maintenance and protecting analysis accuracy.
A metal bushing replaces glue in molten steel samplers to stabilize the inflow conduit, improve de-oxidant distribution, and avoid false carbon readings.
A spring-loaded stripping sleeve stabilizes porous cards during punching and retraction, enabling clean cuts with less sample loss.
A fixed 1:5 purge-to-sampling cycle keeps cleanroom gas composition stable and improves contaminant monitoring accuracy.
Deflectable springs secure a suction port from the visible side, avoiding rear access and cutting wall or ceiling installation steps.
A hollow spherical cutting tool takes representative solid-body samples with minimal thermal damage, supporting turbine inspection and material analysis.
A controller assigns moving sensors to precise sampling locations and periods to avoid clustering, fill coverage gaps, and improve data collection.
Central-axis de-oxidant placement and a metal bushing improve molten metal sample homogeneity while avoiding glue-related carbon reading errors.
A cooled bypass oil line measures water content at standstill temperature, helping prevent corrosion and time oil exchange or water removal.
Balances sampling line conductance in clean-room AMC stations to enable accurate multi-zone measurement and faster contamination alarms.
Sensor-guided marine sampling compares live water data with model data to adjust position and depth for faster, more accurate monitoring.
A moving collection surface and laminar isokinetic flow control reduce contamination, overcrowding, and manual handling in airborne particulate sampling.
Magnets and offset sensor arrays separate ferromagnetic from non-ferromagnetic debris in lubricant for more precise contamination diagnosis.
A local pressurized gas source and rupture disk trigger downhole samplers reliably, even when ambient pressure or communication is insufficient.
A dual-cut nozzle tip disperses rubber-plug pressure to reduce chip generation, limit tip wear, and keep automated sample dispensing stable.
Two rotatable mirrors steer a femtosecond laser across 2D sample positions, reducing repositioning and enabling flexible multi-sample analysis.
A non-reversible two-stage valve makes the breath-sample container single-use, preventing residual analyte contamination and preserving analysis accuracy.
A moveable collection surface and laminar isokinetic airflow prevent particulate overcrowding, cut contamination, and reduce manual sampling work.
A detachable sealed adapter keeps air sampling units airtight during transfer, preventing contamination without full clean room handling.
A plate heat exchanger forms part of the dosing module housing to hold fluid-handling components within temperature limits while saving space.
A movable gear and cam mechanism switch microtome shaft rotation with constant meshing, cutting friction, complexity, and user torque.
An in-pipe sampler combines fluid extraction, wall-deposit removal, and self-location to collect representative samples and pinpoint corrosion sites.