Automatic Laboratory Hot Press Machine with Heated Platens 200x200mm Program Control Dual Heating Plates

Product Overview

This advanced laboratory system integrates high-precision thermodynamics with robust hydraulic engineering, delivering a state-of-the-art solution for high-temperature and high-pressure material processing. Engineered to combine compaction and sintering into a single, seamless operation, the equipment effectively eliminates material porosity and enhances mechanical density. Designed for industrial R&D centers, quality control laboratories, and academic institutions, this system ensures absolute repeatability when preparing advanced composites, ceramics, and polymer thin films.

The equipment is uniquely suited for a wide array of specialized industries, including solid-state battery manufacturing, advanced ceramics development, electronic component lamination, and pharmaceutical formulation. By utilizing dual independently controlled heating platens, this system provides highly uniform thermal distribution across a generous 200x200 mm surface area. This ensures that delicate polymers, mineral samples, and metallurgical powders are subjected to uniform thermal and mechanical forces, preventing structural defects or thermal stress cracks.

Built for continuous operation in demanding laboratory environments, this unit features a heavy-duty hydraulic press cylinder, premium-grade heating elements, and an integrated rapid water-cooling system. Every component is selected to maximize operational longevity and structural integrity under prolonged thermal and compressive stresses. With intuitive touchscreen controls, dual-layer operator safety mechanisms, and advanced real-time data monitoring, the equipment gives researchers and quality technicians complete confidence in their experimental and production outcomes.

Key Features

• Precision Dual Heated Platens: Equipped with dual 200x200 mm flat platens that deliver exceptionally uniform heat distribution. The independent upper and lower temperature control systems ensure minimal thermal gradient variations, preventing material warping and guaranteeing consistent heat transfer throughout the compaction cycle.
• Multi-Stage Programmable Logic Control: Features an advanced internal processor supporting up to 18 distinct program segments. Users can configure multi-step sequences of temperature ramping, pressure adjustments, dwell times, and water-cooling activation, allowing complex material synthesis cycles to run completely autonomously.
• Ultra-Precise Pressure Control: Delivers a broad compressive pressure range from 0.01 to 25 Tons with a system resolution of 0.01 Tons. The closed-loop hydraulic mechanism constantly monitors and adjusts the output force, keeping pressure consistent during material shrinkage or expansion stages.
• Integrated Water-Cooling System: Built-in internal water-cooling channels allow rapid heat dissipation directly within the platens. This feature can be activated manually or programmed into cooling segments, dramatically reducing cycle times and protecting temperature-sensitive samples from over-exposure to heat.
• Dual-Layer Operator Protection: Outfitted with an impact-resistant acrylic protective door and an emergency physical stop switch. The safety door incorporates a smart electronic interlock that automatically halts press operation and cuts heating power if the door is opened during a run.
• 7-Inch Color Touchscreen Interface: The interactive high-resolution display features both Standard and Advanced operational modes. Operators can effortlessly switch between numeric parameter lists and real-time graphic displays showing current pressure and temperature curves.
• Seamless Data Logging and USB Export: Supports real-time monitoring and exports analytical run data directly to a USB drive in Excel format. This enables research teams to maintain comprehensive trace records, perform comparison graphs, and streamline quality assurance procedures.
• Industrial-Grade Keypad and Components: Built with silver-plated contact control buttons tested for over 100,000 cycles, ensuring high tactile feedback and long-term dust resistance. The heavy-duty structural chassis minimizes frame deflection, even when operating at maximum hydraulic capacity.

Applications

Technical Specifications

Why Choose This Product

• Premium Engineering Excellence: Manufactured using structural-grade steel and advanced thermal insulation barriers to prevent thermal migration, protecting internal hydraulic seals and electronic components from degradation.
• Uncompromising Safety Standards: Features dual-layer operator protection consisting of an automated power-down acrylic safety enclosure and a hardware-level emergency stop button, ensuring full compliance with laboratory risk management policies.
• Data-Driven Analysis Capabilities: The integration of real-time temperature-pressure plotting and direct USB Excel data exporting empowers research teams to analyze materials with granular precision.
• Customizable Thermal Ranges: Available in three dedicated thermal configurations ranging from 300°C to 800°C, providing the exact heating capacity needed for polymers, composites, or ceramics without paying for unneeded energy overhead.
• Global Service and Technical Support: KINTEK provides comprehensive engineering assistance, remote software support, and custom die compatibility assessments to ensure seamless integration into your laboratory operations.

Contact KINTEK today for a customized quotation or to speak with our application engineers about your laboratory's material processing requirements.

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