Vacuum Release Tray 400 Grid High Adhesion ATOMFAIR®

$75.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Research-grade vacuum release tray set with 400-grid 20×20 array, 1.52×1.44 mm compartments, high adhesion, ESD/conductive options, 5 pcs. Order now.

Specification

Clear

PLUG-IN VACUUM RELEASE TRAY 400 GRID HIGH ADHESION,5pcs

RESEARCH GRADE MATERIAL

Product Overview

The atomfair plug-in vacuum release tray is specifically engineered for critical research environments demanding high-purity, contamination-free, and cross-contamination-proof sample containment alongside meticulous microscopic particulate regulation. This specific configuration features a precision-molded 20×20 Grid Array matrix combined with an advanced High surface energy adhesive platform. It is custom-designed to prevent micro-shifting or structural dislodgement during rigorous transport, while simultaneously eliminating microscopic surface residue, adhesive transfer, or localized stress marks upon sample detachment. This non-destructive preservation platform is critical for advanced materials processing, quantum device fabrication, and delicate structural analysis across national frameworks and multi-disciplinary university core labs.

Technical Specifications

PARAMETER	DETAILS
1. Core Specification Profile
Grid Configuration	400 Grid (20×20 Array, 1.52×1.44 mm Compartments)
Adhesion Level	High Adhesion
2. Material Configurations & Ordering Codes
Model: AF-VRA-400H-CB	ESD-safe full-black lid + conductive black tray + black insert
Model: AF-VRA-400H-CC	Conductive full-black lid + conductive black tray + black insert
Model: AF-VRA-400H-CT	ESD-safe clear lid + conductive black tray + clear insert
3. Mesh Selection Matrix
Default Mesh Specification	White 16 Mesh
Available Mesh Densities	16 Mesh / 33 Mesh / 76 Mesh / 103 Mesh / 137 Mesh / 195 Mesh
Available Mesh Color Options	Standard White Mesh / Yellow Mesh
Ordering Remark Guide	If you need to purchase alternative mesh colors or densities, please explicitly state your specific requirements in the order remarks section during checkout.

Key Features & Advantages

Precise 20×20 Matrix Isolation: The orthogonal 400-grid configuration facilitates systematic cell-by-cell micro-mapping, clean optical screening, and efficient batch sample cataloging.
High Residue Surface Energy: Specially structural elastomer allows reliable anchor hold while ensuring micro-level non-destructive sample detachment, preventing thin-film peeling or device deformation.
Comprehensive ESD Protection: Integrated anti-static matrices and premium conductive polymer backings provide immediate dissipative pathways to eliminate high-voltage electrostatic field disruptions.
Vacuum & Structural Integrity: Engineered with premium chemical-resistant components to withstand continuous outgassing and multi-cycle depressurization without dimensional warping.

APPLICATION SCOPE: Highly recommended for quantum optics (qubit chips), materials science (2D films, graphene, nanomaterials), semiconductor R&D (MEMS, bare dies, compound wafers), and specialized biotechnology biosensor microfluidic arrays.

PACKAGING: Contains 5 × atomfair plug-in vacuum release tray (400 Grid / High Adhesion), 1 × cleanroom compliance certificate, and shock-absorbent shells. Double-vacuum bag sealed under dry inert nitrogen gas atmosphere to guarantee zero contamination during transport.

IMPORTANT ORDERING NOTICE: The default baseline configuration provided is white 16 mesh. If your project mandates alternative mesh counts (33, 76, 103, 137, or 195) or a yellow mesh configuration, please explicitly state your specific color and density requirements within the order remarks field during checkout confirmation.

SYSTEM REQUIREMENT: To activate the Release Mode for sample removal, this vacuum release tray must be used in conjunction with a compatible Vacuum Station and Vacuum Pump system.

TAILORED SOLUTIONS FOR RESEARCH

Contact our engineering team for technical support or official institutional quotations.

EMAIL: inquiry@atomfair.com

Manufacturer: Atomfair LLC

Brand: ATOMFAIR^®

Product requires storage under dry inert nitrogen atmosphere to prevent contamination. Must be used with a compatible vacuum station and pump system for sample release.

Storage Environment: Store sealed in double-vacuum bag under inert nitrogen to maintain zero contamination.
System Compatibility: Activate release mode only with compatible vacuum station and pump.
Mesh Selection: Specify alternative mesh density or color in order remarks if default white 16 mesh is not suitable.
ESD Protection: Integrated anti-static and conductive components require proper grounding to dissipate electrostatic fields.
Cleanroom Compliance: Use in cleanroom environment to maintain the certified contamination-free condition.

FAQ

What is the trade-off between high adhesion and non-destructive sample release for the 400-grid vacuum release tray?

The high adhesion platform (structured elastomer with high residue surface energy) reliably secures samples during transport and manipulation, yet the vacuum release mode enables clean detachment without microscopic residue, adhesive transfer, or localized stress marks. The trade-off is that stronger adhesion requires a sufficiently robust vacuum system (compatible vacuum station and pump) to overcome the bond; when properly used, the design prevents thin-film peeling or device deformation as stated in the product features.

What vacuum system specifications are required to operate the Atomfair plug-in vacuum release tray in semiconductor R&D environments?

The tray must be used in conjunction with a compatible vacuum station and vacuum pump to activate release mode; the product description explicitly references a dedicated vacuum station and pump system. While no additional quantitative vacuum specifications are provided, the 1.52×1.44 mm compartments and 400-grid array are designed for MEMS, bare die, and compound wafer handling, and the ESD-safe or conductive lid variations cater to static-sensitive semiconductor processes.

How are the 5-piece vacuum release tray sets packaged to preserve cleanliness for advanced materials research?

Each set is double-vacuum bag sealed under dry inert nitrogen gas atmosphere, packaged with a cleanroom compliance certificate and shock-absorbent shells, guaranteeing zero contamination during transport. The packaging preserves the tray's high-purity surface, high adhesion properties, and ESD protection for immediate use in cleanroom or controlled laboratory environments.

Assessment

The Atomfair Plug-in Vacuum Release Tray 400 Grid High Adhesion (model series AF-VRA-400H) offers a precise 20×20 grid array and non-destructive high-adhesion platform for critical sample handling in quantum optics, materials science, and semiconductor R&D, but requires a separate vacuum station and pump, and mesh alternatives must be specified at order time.

Positive

Precision 20×20 Grid Array Isolation: The 400-grid configuration enables cell-by-cell micro-mapping, clean optical screening, and efficient batch sample cataloging for advanced materials and device research.
Non-Destructive High Adhesion Platform: The specially structured elastomer provides reliable anchor hold during transport while enabling micro-level residue-free sample detachment, preserving thin-film and device integrity.

Trade-offs

Requires External Vacuum System: The vacuum release tray must be used with a compatible vacuum station and pump to activate the release mode; these are sold separately and represent additional infrastructure investment.
Custom Mesh Options Require Manual Order Remarks: Alternative mesh densities (33, 76, 103, 137, 195) or yellow mesh are not selectable via standard dropdown and must be explicitly stated in order remarks, increasing potential for specification errors.

Quality Standards & Performance Verification

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.

Shipping & Returns

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).