LID-TYPE VACUUM RELEASE TRAY 30 GRID MEDIUM ADHESION,5pcsRESEARCH GRADE MATERIAL
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TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official institutional quotations.
EMAIL: inquiry@atomfair.com
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Manufacturer: Atomfair LLC
Brand: ATOMFAIR®
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This tray requires a compatible vacuum station and pump system to activate the release mode for sample removal. It is packaged under dry inert nitrogen atmosphere to ensure zero contamination during transport.
- Vacuum System Requirement: The vacuum release tray must be used in conjunction with a compatible Vacuum Station and Vacuum Pump system to activate the Release Mode.
- ESD Protection: Integrated anti-static matrices and conductive polymer backings provide immediate dissipative pathways to eliminate electrostatic field disruptions.
- Mesh Selection: Alternative mesh densities (33, 76, 103, 137, 195) and yellow mesh color are available upon explicit request in order remarks.
- Adhesion Level: The medium adhesion surface energy platform prevents micro-shifting during transport while eliminating residue upon sample detachment.
This tray secures samples using vacuum pressure and medium adhesion for non-destructive containment. Use with a compatible vacuum station and pump to activate release mode.
Required Equipment: Vacuum Station, Vacuum Pump
- Install the Tray
Place the vacuum release tray onto the vacuum station platform ensuring proper alignment. - Connect Vacuum System
Connect the vacuum pump to the vacuum station and verify the system is sealed. - Load Samples
Place samples into the grid compartments of the tray using appropriate handling tools. - Activate Vacuum
Activate the vacuum pump to secure the samples in place via the tray's vacuum channels. - Release Samples
Deactivate the vacuum pump and activate the release mode to remove samples without damage.
What are the key performance trade-offs of the medium adhesion level in the Atomfair lid-type vacuum release tray for handling fragile samples like 2D films or MEMS devices?
The medium adhesion level is engineered to provide a reliable anchor hold during transport while preventing micro-shifting, surface residue, or mechanical stress upon sample detachment. For fragile samples such as graphene, 2D films, or MEMS bare dies, this avoids the thin-film peeling or device deformation that can occur with higher adhesion alternatives, though users requiring a stronger grip for larger or heavier components may need to consider alternative adhesion levels if available.
What infrastructure and equipment are required to operate the Atomfair vacuum release tray, and what are the dimensional constraints for sample placement?
Sample removal requires a compatible vacuum station and vacuum pump system to activate the release mode. The tray features a 2×15 grid array with compartments measuring 11.81×1.52 mm each, limiting sample dimensions to those that fit within these individual cells. The default mesh is white 16 mesh, with optional densities ranging from 16 to 195 mesh and color choices of white or yellow, which must be specified at checkout.
How should the Atomfair vacuum release tray be stored and handled to preserve its ESD protection and contamination-free performance after opening the sealed packaging?
The tray is delivered double-vacuum bag sealed under dry inert nitrogen to guarantee zero contamination during transport. After opening, maintain the tray in a cleanroom-compatible environment to avoid particulate or chemical contamination. The ESD-safe lid (full-black or clear variants) and conductive black tray provide static dissipative pathways, but for optimal grounding, the entire assembly should be used with a properly grounded vacuum station as specified by the system requirements.
The atomfair lid-type vacuum release tray (30 grid, medium adhesion) is a precision sample containment solution for high-purity research environments, offering a 2×15 grid array with non-destructive medium adhesion and integrated ESD protection. However, it requires external vacuum station and pump for release operation, and mesh customization must be specified at order.
Positive
- Precise 2×15 Grid Array with Medium Adhesion: The orthogonal 30-grid configuration enables systematic micro-mapping and batch cataloging, while the medium surface energy adhesive ensures reliable hold yet non-destructive sample detachment without residue or stress marks.
- Integrated ESD Protection and Vacuum Integrity: Anti-static matrices and conductive polymer backings provide dissipative pathways to eliminate electrostatic disruptions, and the chemical-resistant components withstand continuous outgassing and multi-cycle depressurization without warping.
Trade-offs
- Requires External Vacuum Station and Pump: The release mode for sample removal necessitates a compatible vacuum station and vacuum pump system, adding infrastructure and cost requirements for the lab.
- Mesh Customization Requires Explicit Ordering Remark: Alternative mesh densities or colors (e.g., 33, 76, 103, 137, 195 mesh or yellow) must be specified in the order remarks, requiring careful attention to avoid receiving default white 16 mesh.
Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.
To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.
Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).
