Solid State Battery Laboratory Hydraulic Hot Press

Introduction

The MY13 Solid-State Battery Laboratory Hydraulic Hot Press Machine is engineered for precise thermo-compression processing of advanced materials in research environments. This benchtop system integrates dual-zone independent programmable heating with servo-motor-driven force control to provide reliable conditions for solid-state electrolyte preparation, thin-film electrode fabrication, and composite material lamination. Optimized for university, research institute, and pharmaceutical laboratories, the MY13 offers a stable and repeatable platform for material synthesis and material characterization.

Key Features and Advantages

• Precise Thermal Management: The dual heating platens feature independent temperature controllers with programmable ramp rates, assisting in maintaining uniform temperature distribution across the active work area.
• Servo-Driven Force Generation: Utilizing a servo-motor-driven cylinder instead of traditional manual or hydraulic pumps, the system avoids fluid contamination risk while delivering repeatable pressure feedback.
• Programmable Force Profiles: Supports multi-segment pressure profiles with real-time feedback, enabling users to program custom load-and-hold cycles to accommodate material deformation or thermal expansion.
• User-Friendly Control System: A 7-inch integrated touchscreen interface displays real-time temperature and pressure curves, simplifying experimental parameter configuration and monitoring.
• Safe Operation Design: Features built-in over-temperature and over-pressure protection logic. An optional safety shield equipped with an optical grating sensor can be integrated to minimize operational hazards.

Technical Specifications

Targeted Application Areas

Academic Material Laboratories

• Solid-State Battery R&D: Compacting solid-state ceramic or polymer electrolytes and laminating multi-layer membrane-electrode assemblies (MEAs).
• Polymer and Composite Synthesis: Curing thermosetting resins and hot-pressing thermoplastic-based micro-composites under controlled temperature profiles.
• Functional Material Compaction: Formulating uniform ceramic powder pellets and thin-film structures requiring precise mechanical load during thermal treatment.

Pharmaceutical Research Laboratories

• Powder Compression Studies: Assessing the compressibility, binding properties, and thermal stability of active pharmaceutical ingredients (APIs) and excipients.
• Micro-dosage Preparation: Developing prototype drug-delivery matrices and multi-layer tablet formulations.

Customization Services

To meet the specific requirements of diverse experimental workflows, the MY13 system supports modular hardware and software customization:

• Hardware Modifications: Custom platen dimensions, modified maximum gap distances, specialized corrosion-resistant alloy platens, or integrated water-cooling channels for rapid cooling phases.
• Software and Integration: Customized PLC firmware, specialized data logging and export protocols compatible with local Laboratory Information Management Systems (LIMS), and custom pressure-temperature ramp profiles.

Safety Standards and Regulatory Compliance

The MY13 laboratory hot press is designed and manufactured in accordance with international safety and quality standards to ensure compliance with institutional laboratory requirements:

• CE Certification: Built to satisfy relevant European Union safety and health directives for laboratory apparatus.
• Electrical and Mechanical Safety: Standard configurations include high-voltage insulation, overload circuit breakers, and easily accessible emergency stop switches.
• Optional Active Protection: The optional physical safety enclosure is equipped with an integrated grating sensor that halts the servo drive immediately if the light path is broken during operation.

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