Solid-State Battery Laboratory Hydraulic Hot Press Machine

Introduction

The MY10 Laboratory Hydraulic Hot Press Machine is designed for academic, industrial, and clinical research environments focusing on advanced materials development, specifically for solid-state battery electrolytes and electrode fabrication. Utilizing a high-precision servo motor-driven pressurization system, this benchtop unit provides controlled pressure and temperature application without the risk of hydraulic fluid contamination. The system supports thermal lamination, compaction, and curing processes under precise parameters, facilitating reproducible results in laboratory-scale material synthesis.

Key Features and Advantages

• Servo-Driven Pressurization: Powered by an electric servo motor to deliver precise force control from 0 to 4 tons, avoiding the maintenance and cleanliness issues associated with traditional oil-based hydraulic systems.
• Dual-Plate Independent Heating: Features independent programmable temperature control for the top and bottom platens (up to 300°C) with programmable heating ramp rates.
• Active Platen Cooling: Integrated circulating water channels in the heating platens enable rapid cooling cycles, protecting sensitive samples and improving laboratory throughput.
• User-Friendly Interface: Equipped with a 7-inch touchscreen controller for real-time monitoring and straightforward programming of pressure, temperature, ramp rates, and dwell times.
• Continuous Pressure Stabilization: Supports programmable pressure holding with automatic real-time pressure compensation (re-pressurization) to maintain consistent load as materials undergo thermal expansion or relaxation.

Technical Specifications

Application Fields

The compact design and precise parameter management of the MY10 make it suitable for a variety of research domains:

• Solid-State Battery Research: Consolidation of ceramic and polymer solid-state electrolyte membranes, lamination of lithium metal-electrolyte interfaces, and hot-pressing of composite cathodes.
• Polymer and Composite Engineering: Curing of advanced thermosets, preparation of thin polymer films, and thermal bonding of multi-layer microfluidic devices.
• Pharmaceutical and Biomaterial Processing: Compaction of specialized powdered drug formulations and thermal processing of biocompatible implants under clean, oil-free conditions.

Customizable Options

To accommodate specialized academic and industrial research workflows, the MY10 platform offers several hardware and software modifications:

• Hardware Customization: Options include customized platen dimensions, expanded daylight spacing, integration of vacuum chambers to prevent sample oxidation, and customized pressing dies/molds.
• Software Customization: The PLC controller can be programmed to include customized data logging protocols, USB/Ethernet data export interfaces, and multi-stage profile configurations tailored to specific experimental sequences.

Regulatory Compliance - Safety Certifications and Compliance Standards

The MY10 Laboratory Hydraulic Hot Press Machine is built with a focus on operational safety and regulatory compliance for modern laboratory environments:

• CE Certification: Fully certified under CE directives, verifying compliance with European safety, health, and environmental protection standards.
• Integrated Safety Features: Equipped with physical safety shielding, an emergency stop button, and automated over-temperature protection to prevent thermal runaway and ensure operator safety during high-temperature operations.

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