Button Battery Disassembler-5729 Hydraulic ATOMFAIR®

The device requires a maximum pressure limit to be set via the safety oil valve before operation to prevent damage from excessive force. The unit is designed for glove box use, requiring adequate space for its 232 × 165 × 320 mm footprint, and the chrome steel structure needs periodic inspection for rust prevention.

• Pressure Limit Setting: Set the maximum pressure limit via the safety oil valve before operation to prevent damage from excessive force.
• Glove Box Compatibility: Ensure adequate space for the 232 × 165 × 320 mm footprint when placing the unit inside a glove box.
• Rust Prevention: Periodically inspect the chrome steel structure for rust despite the eco-friendly electroplating.

The disassembler uses a hand lever to apply force through a hydraulic system, with a pressure gauge for monitoring. The safety oil valve must be set to a maximum pressure limit before operation to prevent damage.

Required Equipment: Hand lever, Pressure gauge, Safety oil valve

1. Set Pressure Limit
   Set the maximum pressure limit via the safety oil valve before operation to prevent damage from excessive force.
2. Place Battery
   Place the CR20 series button battery into the disassembly mold.
3. Operate Lever
   Operate the hand lever with a force not exceeding 5.5 kg to apply pressure.
4. Monitor Pressure
   Monitor the pressure gauge to ensure controlled operation and avoid exceeding the set limit.
5. Clean Mold
   Clean the mold components after each use to prevent cross-contamination between battery samples.

The ATOMFAIR BatteryDisassembler-5729 is a hydraulic button battery disassembly system engineered for CR20 series cells, featuring a glove-box-compatible compact frame, a safety oil valve with adjustable maximum pressure limit, and interchangeable molds that extend functionality to crimping and powder tableting. Its high-strength chrome steel construction and Japanese-imported mold materials support precise, controlled sample extraction in research environments, though operational safety and maintenance protocols are critical to prevent damage and contamination.

Positive

• Glove-box-compatible low-force hydraulic operation: The compact 232 × 165 × 320 mm unit fits inside glove boxes, and the special hydraulic structure reduces hand lever force to ≤ 5.5 kg, enabling precise disassembly of air-sensitive battery materials in controlled atmospheres.
• Adjustable safety oil valve with pressure gauge: The safety oil valve allows setting a maximum pressure limit to prevent damage from excessive force, while the built-in pressure gauge provides real-time monitoring for controlled and repeatable disassembly pressure.
• Interchangeable mold system for multi-function use: Beyond CR20 series disassembly, interchangeable molds enable crimping/sealing and powder tableting, with CR2450 and CR1620 compatibility achieved via partial mold replacement, enhancing lab versatility.
• Durable high-precision material construction: High-strength chrome steel with eco-friendly electroplating provides rust-proof durability, while imported Japanese high-precision mold materials ensure accurate and reliable disassembly performance.

Trade-offs

• Requires manual pressure limit setting before use: Operators must set the maximum pressure limit via the safety oil valve prior to operation; failure to do so risks damage to the machine or battery samples from excessive force.
• Periodic maintenance needed for rust prevention: Despite eco-friendly electroplating, the chrome steel structure requires periodic inspection for rust prevention, and mold components must be cleaned after each use to avoid cross-contamination between samples.
• Glove box space and footprint constraints: The 232 × 165 × 320 mm footprint and 25 kg weight require adequate glove box space and structural support, which may limit installation in smaller or already-crowded controlled-atmosphere environments.

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).