Automatic Heated Hydraulic Lab Press Machine 200x200 Plate Size for Battery Research and Materials Science

Product Overview

This advanced laboratory pressing system represents the pinnacle of thermal and hydraulic engineering, designed specifically to meet the rigorous demands of modern material science and industrial R&D. By combining high-tonnage hydraulic force with precision-controlled heating elements, this equipment provides an automated solution for consolidating powders, laminating composites, and molding polymers. The system transitions complex manual operations into a streamlined, programmable workflow, ensuring that every sample is subjected to identical environmental conditions for maximum scientific validity and experimental repeatability.

Primarily utilized in sectors such as solid-state battery research, advanced ceramics development, and pharmaceutical processing, the unit excels in environments where precision is non-negotiable. Whether it is being used for hot embossing, XRF sample preparation, or the creation of thin films, the equipment provides a stable and versatile platform. Its robust construction is tailored for high-frequency use in busy laboratory settings, offering a significant upgrade over manual alternatives by reducing operator fatigue and eliminating human error from the pressing cycle.

Reliability is engineered into every component of this system. From the high-grade heating plates to the intelligent PLC-driven control interface, every aspect is designed for long-term operational stability under demanding conditions. The integration of advanced safety protocols and a high-accuracy pressure sensor ensures that the unit performs consistently at its peak, providing researchers and procurement teams with the confidence that their investment will deliver precise results for years to come. This system is not merely a tool but a foundational component for precision material synthesis and industrial quality control.

Key Features

• Intelligent Multi-Stage Programming: The system features an advanced control architecture that supports up to 18 distinct program segments. This allows users to automate complex pressure and temperature ramps, including specific holding times and cooling phases, ensuring the equipment handles intricate material transformations autonomously.
• Precision Hydraulic Control: Equipped with a high-resolution hydraulic system, the unit delivers a pressure range from 0.01 to 25 tons with an exceptional accuracy of 0.01 tons. This level of precision is critical for delicate applications where over-pressurization could compromise the structural integrity of the sample.
• High-Temperature Versatility: Depending on the specific configuration, the heating plates can reach temperatures up to 800°C. The integrated PID controllers maintain tight tolerances, ensuring uniform heat distribution across the entire 200x200mm surface area for consistent thermal processing.
• Real-Time Data Visualization: A 7-inch high-definition touch screen provides a comprehensive dashboard for monitoring operations. The system generates real-time curved graph patterns for both temperature and pressure, allowing technicians to verify the process dynamics at a glance.
• Integrated Rapid Water Cooling: To enhance throughput and enable rapid sample recovery, the system includes a dedicated water-cooling circuit. This feature allows for the quick reduction of plate temperature after a high-heat cycle, significantly shortening the total processing time per sample.
• Advanced Safety Engineering: The unit is encased in a protective structure featuring an acrylic door with an automatic power-off interlock. This design prevents accidental contact with heated or moving parts and includes an emergency stop switch and dust protection for the internal hydraulic mechanisms.
• Superior Build Durability: Every component, including the silver-plated metal buttons rated for over 100,000 cycles, is selected for industrial-grade longevity. The robust frame and high-quality plate materials are engineered to resist deformation under high thermal and mechanical stress.
• Data Connectivity and Export: For documentation and compliance, the system allows for the downloading of operational logs via a USB drive. This ensures that every press cycle can be reviewed, analyzed, and stored for traceability in industrial or academic research.

Applications

Technical Specifications

Why Choose This Product

• Unmatched Precision: The PZD3 offers a level of pressure and temperature resolution that is essential for high-stakes research, ensuring that your data is accurate and your samples are perfectly processed every time.
• Industrial-Grade Reliability: Engineered for the long haul, the system utilizes premium materials and components that withstand the rigors of continuous industrial use, minimizing downtime and maintenance costs.
• Autonomous Operation: The sophisticated programming capabilities allow the equipment to manage complex cycles without constant supervision, freeing your technical staff to focus on high-value analysis and data interpretation.
• Comprehensive Safety Integration: With multiple layers of protection, including physical barriers and electronic interlocks, this unit prioritizes the safety of your laboratory personnel without compromising operational efficiency.
• Future-Proof Data Management: Integrated USB export and remote control capabilities ensure that your laboratory stays compliant with modern data traceability standards, making it an ideal choice for ISO-certified facilities.

Contact our technical sales team today for a comprehensive quote or to discuss a customized pressing solution tailored to your specific material processing requirements.

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