Ultra-High Temperature Automatic Lab Hot Press 10 Ton 400°C 300x300mm

Product Overview

This ultra-high temperature automatic hot press system is engineered for precision molding and processing of advanced thermoplastic materials at temperatures up to 400°C. By integrating automated hydraulic pressure control with independent dual-platen heating, it enables exact replication of complex temperature and pressure profiles—ideal for research and production environments where process consistency and repeatability are critical. The intuitive programmable interface allows operators to define multi-step recipes, reducing manual intervention and increasing throughput.

Designed for the most demanding polymer applications, this unit excels in fabricating thin films, laminates, and molded components from high-performance materials like polyimide (PI) and PEEK. Primary target industries include battery research, where it is used for electrode lamination and solid electrolyte film formation, as well as aerospace composites, microfluidics, and advanced material testing. Its ability to maintain uniform temperature across a 300×300 mm platen ensures consistent material properties, even with large-format samples.

Built on a heavy-duty frame weighing 280 kg, this benchtop press maintains strict platen parallelism even at full 10-ton load and maximum temperature. The robust mechanical construction, combined with precision PID controllers, delivers reliable, repeatable results cycle after cycle, making it a trusted asset for leading laboratories worldwide. Every component is selected for industrial longevity, ensuring minimal downtime and long-term operational stability.

Key Features

• 400°C Ultra-High Temperature Capability: High-temperature heating elements and advanced insulation allow operation up to 400°C, enabling hot pressing of specialty thermoplastics such as polyimide and PEEK without thermal degradation. This extreme thermal range unlocks processing of materials that cannot be formed with standard heated presses.
• Dual-Platen Independent PID Control: Each platen is heated and controlled independently via high-accuracy PID loops with programmable ramp, soak, and cooling profiles, ensuring uniform temperature distribution across the entire 300×300 mm surface. Closed-loop control maintains setpoints within tight tolerances, crucial for sensitive materials.
• Fully Automated Programmable Pressure: The 10-ton (100 kN) hydraulic system supports multi-stage automatic pressurization, holding, and depressurization, allowing complex pressure recipes to be executed without operator intervention. This feature ensures repeatable force application, eliminating variability from manual operation.
• Rapid Uniform Heating: With a combined heating power of 3500 W, the system quickly reaches target temperatures and maintains stability, minimizing cycle times while preserving material integrity. High-wattage cartridge heaters and optimized platen design promote even heat transfer.
• Efficient Cooling with Optional Chiller: Integrated circulating water cooling rapidly brings platens down from high temperatures; an optional industrial-grade chiller accessory provides consistent cooling performance for high-throughput environments. This accelerates cycle turnaround and protects platens from thermal stress.
• Compact Heavy-Duty Design: The rigid 400×490×580 mm benchtop frame, weighing 280 kg, resists deflection under extreme loads, ensuring long-term platen alignment and mechanical stability. Despite its compact footprint, the substantial mass dampens vibrations and enhances precision.
• Global Power Compatibility: Configured for AC 220–240 V single phase, with automatic 50/60 Hz support; U.S.-bound models are pre-configured for 60 Hz operation, simplifying international deployment. This eliminates the need for transformers or power converters in most laboratories.

Applications

Technical Specifications

Why Choose This Product

• Unmatched Thermal Uniformity: Independent PID loops and high-density heating elements guarantee temperature variation across the platen stays within tight limits, protecting your high-value materials from thermal gradients. This uniformity is critical when processing expensive polymers where slight temperature deviations can lead to scrap or inconsistent material properties.
• Robust Mechanical Design: The 280 kg frame and precisely ground platens ensure parallelism under full load, preventing material flash and thickness variation—key to high-yield production. The heavy cast construction and finite element analysis-optimized stiffeners minimize deflection, resulting in longer platen life and sustained accuracy.
• Process Automation Ready: Multi-stage pressure and temperature programming reduces human error, increases throughput, and simplifies SOP compliance in regulated environments. Recipe storage and automatic execution free technicians for other tasks, directly improving lab productivity and operational efficiency.
• Application Versatility: From high-temp engineering plastics to delicate polymer film melting, the system adapts to a wide range of processes, making it a long-term asset as research needs evolve. Quick-change tooling options and the open daylight design accommodate custom molds, expanding your capabilities without additional capital equipment.
• Global Expertise and Support: With standardized power configurations for international labs and optional chiller integration, KINTEK ensures smooth installation and operation. Our team stands ready to assist with custom tooling and application development. We provide comprehensive after-sales support, including remote diagnostics and on-site service to minimize downtime.

Partner with KINTEK for precision hot pressing solutions tailored to your laboratory’s demands—contact us today for a competitive quote or to explore custom configurations.

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