Analysis Material Containers TRIZ Cases
- Microplate Gel Layering via Pillar Spacer
A movable pillar with a spacer defines a uniform volume for casting flat gel layers, eliminating surface curvature and reducing gel consumption.
- Polymer Sensor Monitoring Device for Nicotine Detection
A monitoring device uses conductive polymer sensors to detect environmental conditions like nicotine exposure.
- TF-SPME Device with Retractable Blade and Copper Housing
A thin film solid phase microextraction device uses a retractable blade housed in copper to protect the extraction surface.
- Suspension Container with Elongate Groove for Biological Isolation
An elongate groove in the container bottom minimizes residual volume while a penetrable cover enables parallel pipet access without opening the vessel.
- RNA Pseudoknot Folding via Optical Tweezers
Single-molecule force spectroscopy resolves transient RNA folding intermediates that bulk biochemical methods cannot capture.
- Sample Holder with Reflective Surface for Dual Illumination
A sample holder integrates a reflective surface to direct light onto biological specimens from multiple angles.
- Handheld Biological Sample Prep Device with Cam-Driven Plungers
Concentric circular cam tracks translate cap rotation into sequential plunger movements, reducing process complexity while maintaining testing accuracy.
- Centrifugation Filter Device with Buoyancy Body
A filter device uses a buoyancy body to lift collected blood components toward the liquid surface during centrifugation.
- Nanostructured Multi-Well Carrier Plasmonic Detection
Nanostructured well bottoms paired with bottom illumination resolve the contradiction between high sensitivity and throughput in biological analysis.
- Programmable Microfluidic Nodes for Multi-Application Devices
A microfluidic device uses nodes with different liquid pinning strengths to control fluid flow through programmable modules.
- Fluidic Card Assembly Turbulent Mixing
A fluidic card assembly homogenizes samples via a widening turbulent channel, preventing contamination risks from open wells and reducing energy consumption.
- Steam Cleaning Dissolution Vessels In Situ
Automated steam injection and aspiration clean dissolution vessels in situ, reducing water consumption and downtime between tests.