15T Programmable Lab Hot Press

Product Overview

This 15-ton programmable lab hot press delivers precise thermal compression for advanced material research and pilot-scale production. Its core value lies in the integration of high-force hydraulic pressure with independent dual heated platens and a user-friendly touchscreen controller, ensuring repeatable results across a wide range of thermal processing applications.

Primary use cases span polymer and composite molding, lithium battery electrode and solid-state electrolyte preparation, powder metallurgy densification, and electronic component lamination. Industries such as energy storage, aerospace, automotive, and electronics rely on this system for developing next-generation materials with optimized microstructures.

Built with a heavy-duty steel frame and certified to CE standards, this unit offers long-term reliability under demanding laboratory conditions. The integrated water cooling channels and independent temperature zones minimize cycle times while maintaining specimen integrity, making it a trusted workhorse for both academic and industrial settings.

Key Features

• Programmable Touchscreen Control: A 7-inch color touchscreen enables multi-segment programming of both temperature and pressure profiles, ensuring precise automation and effortless repeatability for complex thermal cycles.
• Independent Dual Heated Platens: Upper and lower platens are embedded with dedicated heaters, providing independent temperature control up to 300°C. This design guarantees uniform heat distribution across the entire 200×200 mm working surface.
• Rapid Water Cooling: Integrated cooling channels in the platens connect to an external recirculating chiller or water supply, enabling fast post-process cooling. This significantly reduces cycle times and increases daily throughput.
• High Force Output in a Compact Footprint: Despite its benchtop dimensions (260×347 mm), the hydraulic system delivers up to 15 tons (150 kN) of adjustable force, suitable for pressing high-density samples without consuming excessive lab space.
• Precision Temperature Control: Advanced PID algorithms maintain temperature stability within tight tolerances, crucial for processing temperature-sensitive polymers, battery materials, and composites.
• CE-Certified Safety: Full compliance with European safety and electromagnetic compatibility standards ensures safe operation in multipurpose labs, with built-in overload protection and emergency stop functions.

Applications

Technical Specifications

Why Choose This Product

• Engineered for Precision: Every component, from the PID-controlled heaters to the hydraulic actuator, is designed for tight parameter control. This ensures that your thermal compression processes yield consistent, publication-ready results.
• Built to Last: The rigid steel frame and industrial-grade hydraulics are rated for continuous operation, minimizing downtime and maintenance costs over years of service.
• Global Compliance: CE certification guarantees adherence to stringent safety and electromagnetic compatibility standards, simplifying installation in laboratories worldwide.
• Space-Efficient Design: Delivering 15 tons of force within a benchtop footprint, this unit maximizes lab productivity without requiring dedicated floor space or heavy infrastructure.
• Application Flexibility: With independent heating zones, programmable profiles, and rapid cooling, the system adapts to diverse materials and evolving R&D needs, from soft polymers to hard ceramics.

Experience the difference that precision engineering makes in your research or production line. Contact our team today to request a quote or discuss custom configuration options for your specific application.

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