30 Ton Manual Hot Press with Water Cooling for Laboratory Applications

Product Overview

This manual hot press delivers precise, high-force pressing combined with uniform heating, making it an essential tool for laboratory research and small-scale production. The unit provides up to 30 tons of hydraulic pressure and heating to 300°C, supported by an integrated water cooling system that ensures stable operating temperatures. Its robust steel frame and precision-machined platens guarantee repeatable results under demanding conditions.

Engineered for versatility, the press is ideally suited for material science laboratories, battery research facilities, and polymer processing workshops. It excels in applications such as composite lamination, thermoplastic molding, and sample preparation for mechanical testing. The manual hydraulic system gives operators full control over pressure ramp and holding time, enabling fine-tuning for a wide array of materials.

Built with industrial-grade components, this equipment is designed to withstand continuous use without compromising performance. The advanced PID temperature controller maintains setpoint stability, while the adjustable platen gap accommodates various mold sizes. Users can rely on this system for consistent, high-quality pressed samples day after day. The modular design also supports optional enhancements like a digital pressure gauge and glovebox compatibility, ensuring it can adapt to evolving research needs.

Key Features

• High-Force Hydraulic System: The manually actuated hydraulic pump delivers up to 30 metric tons of clamping force, ensuring even pressure distribution across the platen area. A built-in pressure gauge provides real-time feedback, allowing operators to precisely ramp and hold pressure for critical processes such as hot embossing and lamination. The low-maintenance design uses high-grade seals for leak-free performance over years of use.
• Integrated Water Cooling: An internal network of coolant channels circulates water through the platen bodies, effectively removing excess heat during high-temperature operation. This not only stabilizes platen temperature but also protects thermal-sensitive components, extending heater life. The system connects to a standard lab chiller or water tap, making integration straightforward.
• Precision PID Temperature Control: Equipped with a dual-loop PID controller, the press maintains temperature accuracy within ±1°C of setpoint, even under fluctuating ambient conditions. Independent heating zones for upper and lower platens ensure uniform thermal profile across the sample. The controller offers programmable ramp rates for complex heating profiles.
• Rapid Heating Elements: 600-watt cartridge heaters embedded in each platen provide fast heat-up from room temperature to 300°C in under 15 minutes. The high thermal mass of the steel platens ensures minimal temperature drop during sample loading, improving cycle consistency.
• Adjustable Platen Gap: A robust mechanical spindle with locknut allows quick adjustment of the daylight opening from 0 to 150 mm, accommodating a wide range of mold heights. Precision-machined guide rods maintain perfect alignment during movement, preventing off-center loading and premature wear.
• Compact and Sturdy Construction: The benchtop footprint of 245×175 mm conserves valuable lab space while the solid 500 mm height offers stable operation. The frame is fabricated from stress-relieved steel, precision-welded and painted to resist corrosion from lab chemicals.
• Ergonomic Manual Operation: The long hand lever reduces the effort required to generate full tonnage, and its ergonomic grip minimizes operator fatigue during prolonged sessions. Smooth hydraulic ram movement allows fine pressure adjustments, essential for research where precise control is key.
• Global Service Support: KINTEK provides lifetime free online technical consultation and maintains a comprehensive inventory of spare parts. Our support engineers assist with installation, troubleshooting, and optimization, ensuring your equipment remains productive.

Applications

The press is adaptable to a wide variety of laboratory and small-batch production needs. Below are representative use cases:

In addition to the listed applications, this press is suitable for many other processes requiring heat and pressure, such as hot embossing of microfluidic devices and sintering of composite materials.

Technical Specifications

The XP52 manual hot press is engineered to meet the following specifications, ensuring versatile performance across laboratory applications.

Why Choose This Product

• Engineered for Long-Term Reliability: The heavy-duty all-steel frame and high-quality hydraulic components are designed to handle thousands of cycles without degradation, ensuring years of trouble-free operation in busy labs. Independent testing shows consistent pressure delivery even after 10,000 cycles, making it a trusted workhorse.
• Precision Manufacturing Standards: Every unit undergoes rigorous quality testing, including pressure calibration and temperature uniformity checks, to meet ISO 9001 manufacturing practices. This guarantees that your samples are processed under repeatable conditions, critical for publishing reliable research.
• Customization Capabilities: KINTEK offers tailored solutions such as custom platen designs, integrated glovebox mounting, and specialized mold adapters to meet unique application requirements, backed by our in-house engineering team. We have delivered modified presses for battery R&D, high-pressure sintering, and ultra-high-vacuum environments.
• Comprehensive Support & Warranty: Benefit from a 12-month warranty on non-consumable parts, lifetime free technical consultation, and global spare parts availability. Our support team responds rapidly to keep your research moving, with typical email response in under 24 hours.
• Investment in Quality: While competitively priced, this manual hot press provides the build quality and performance typically found in higher-priced automated systems, making it a cost-effective choice for budget-conscious laboratories without sacrificing reliability. The low total cost of ownership is enhanced by minimal maintenance requirements and extended service intervals.

Contact us today for a quotation or to discuss a custom pressing solution that fits your specific material science needs.

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