Laboratory Heated Press
5 Ton Laboratory Integrated Hot Press
Item Number : XP06
Price varies based on specs and customizations
- Compression Force Range
- 0.0 - 5.0 Tons (0 - 50 KN)
- Temperature Range
- 0.0 to 200.0 °C
- Platen Working Dimensions
- 150 × 150 mm
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Product Overview


This advanced benchtop hot press integrates a hydraulic 5-ton compression system with precision heating and digital control into a unified, space-saving design. It is purpose-built for laboratories engaged in thin-film processing, battery electrode fabrication, and advanced materials research where uniform pressure and temperature are critical. The press delivers stable, repeatable results by combining robust mechanical engineering with precise electronic regulation.
At its core, the system features a pair of 150×150 mm anodized aluminum platens, each independently heated by embedded resistive elements. A dual-zone PID controller maintains temperature uniformity within tight tolerances across the entire pressing area, eliminating the cold-edge effects common in less sophisticated designs. The manual lever actuation, coupled with a hydraulic force multiplier, enables operators to smoothly apply up to 5 metric tons of compressive force without the noise or complexity of external pumps.
The unit’s 7-inch glass-capacitive touchscreen provides an intuitive interface for programming and monitoring thermal profiles, logging pressure data, and saving method parameters for repeatable experiments. Its integrated architecture—combining hydraulics, electronics, and user interface into one chassis—reduces setup time and enhances laboratory ergonomics. Fully CE certified and pre-configured for European 220V/50Hz power with a Schuko plug, this press is ready for immediate operation in demanding academic and industrial environments. Its compact dimensions and moderate weight facilitate installation in standard laboratories, while the included DDU shipping to Spain simplifies international logistics for EU-based researchers.
Key Features
- Integrated 7-Inch Glass-Capacitive Touchscreen: The full-color HMI functions as the central command center, displaying real-time pressure sensor readings and active temperature data simultaneously. Users can program complex multi-stage ramp-and-soak thermal profiles directly on the screen, creating a digital record for each compression cycle. The responsive capacitive touch ensures smooth operation, even with gloved hands.
- IsoThermal™ Dual-Zone Grid Plates: With 1000W of total heating power distributed across a balanced grid of embedded elements, each 150×150 mm platen is independently controlled by its own PID loop. This configuration ensures that the setpoint temperature is maintained evenly from the center to the very edge of the plate—critical for achieving uniform curing in large-area polymer films or consistent density in battery electrode sheets.
- Monoblock Hydraulic System: To address common issues of fluid weeping and seal degradation, the entire hydraulic circuit—including fluid channels, valve blocks, and the piston cylinder—is CNC-machined from a single billet of high-tensile steel. This monoblock construction eliminates potential leak points associated with threaded fittings and flexible hoses, ensuring a clean workspace and maintenance-free longevity.
- Ergonomic Manual Lever Actuation: The press employs a precision-engineered lever arm that amplifies operator input, allowing a full 5 tons of force to be achieved with minimal effort. This manual operation is not only quieter and more energy-efficient than electric pump systems but also affords the user fine control over compression rate—important for delicate thin-film applications.
- Compact Integrated Footprint: Measuring just 270 mm wide, 250 mm deep, and 390 mm tall, the system consolidates the hydraulic press, dual-zone heater controllers, and the touchscreen interface into one heavy-duty base. This all-in-one design eliminates the cable clutter of separate temperature controllers and frees up valuable laboratory bench space.
- Precision Temperature Control: Advanced PID algorithms with autotuning capability maintain platen temperature at setpoints up to 200°C with an accuracy of ±1°C. Independent control of the upper and lower platens compensates for thermal load variations, ensuring reproducible thermal profiles from run to run.
- European-Ready Electrical Configuration: The press operates on standard EU mains electricity at 220V/50Hz single-phase and comes equipped with a heavy-duty CE-compliant Schuko (Type F) plug. This native compatibility avoids the flickering displays and erratic control behavior often seen when 60Hz equipment is operated on European grids.
- Safety and Compliance: Beyond CE certification, the system is supplied with high-temperature safety gloves, an export-grade plywood safety crate, and a bilingual operating manual. A calibration and quality assurance certificate is included to support GLP and ISO documentation requirements.
- Precision-Ground Platen Surfaces: The working faces of both upper and lower platens are precision-ground and anodized to ensure perfect parallelism and resistance to corrosion, enabling uniform pressure distribution across the sample area and preventing material adherence.
- Dual-Zone Independent Control: Each platen zone can be programmed with different temperatures for specialized processes requiring a thermal gradient, or locked together for symmetrical heating, providing flexibility for advanced material science experiments.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Lithium-Ion Battery Electrode Pressing | Calendered cathode and anode sheets, as well as solid-state electrolyte films, are hot-pressed to enhance particle contact and reduce internal resistance. The uniform temperature and pressure ensure consistent coating density. | Improves electrochemical performance and cycle life by eliminating micro-voids. |
| Polymer Film Lamination | Thermoplastic multilayer films, including PVDF, TPU, and PTFE composites, are laminated under controlled heat and force to create void-free membranes for filtration or barrier applications. | Achieves high bond strength and optical clarity without thermal degradation. |
| Spectroscopy Pellet Preparation | Sample powders mixed with KBr or other binders are compressed into transparent, durable pellets for FTIR, XRF, and other spectroscopic analyses. The precise force prevents cracking while ensuring full transparency. | Produces high-quality pellets with reproducible spectra and minimal background noise. |
| Thin-Film Material Testing | Research on organic electronics, perovskite films, and flexible sensors requires laminates with uniform thickness and no trapped air. The press provides the gentle, controlled compression needed for delicate layers. | Yields repeatable mechanical and electronic properties across large-area films. |
| Compression Molding of Composites | Small-scale fabrication of fiber-reinforced polymer composites for tensile and impact testing coupons. The heated platens accelerate epoxy or thermoplastic matrix flow, consolidating the reinforcement. | High fiber-volume fractions and minimal porosity for valid mechanical testing. |
| Pharmaceutical Pilot-Scale Pill Making | Formulation development of immediate- or controlled-release tablets using small batches of active pharmaceutical ingredients (APIs). The manual press allows rapid iteration of compression force. | Ensures dose uniformity and dissolution characteristics without investing in large-scale equipment. |
| Ceramic Powder Compaction | Dry pressing of ceramic powders (alumina, zirconia) into green bodies for sintering. The precise force control prevents lamination defects and ensures uniform green density. | Improved sintered component integrity and reduced warpage. |
| Adhesive Bonding Development | Heat-activated adhesive films and tapes for electronics assembly are bonded to substrates under controlled pressure and temperature to optimize bond line thickness and strength. | Consistent bond quality and accelerated formulation screening. |
Technical Specifications
| Parameter | Value |
|---|---|
| Model Identifier | XP06 |
| Compression Force Range | 0.0 - 5.0 Metric Tons (0 - 50 KN) |
| Pressure Indication | Digital Sensor Display on 7-Inch HMI Screen |
| Clamping Actuation | Manual Ergonomic Lever-Arm |
| Day-Light Clearance (Max Gap) | ≤ 50 mm (Best suited for thin films and thin plates) |
| Temperature Range | 0.0 ℃ to 200.0 ℃ (Ambient to 200.0 ℃) |
| Platen Working Dimensions | 150 × 150 mm (Precision-ground anodized alloy) |
| Heating Element Configuration | Dual-zone independent embedded grid |
| Total Electrical Power | 1000 W |
| Mains Voltage Requirement | AC 220V / 50Hz (Pre-wired with European Schuko plug) |
| Equipment Net Weight | 65 Kg |
| Envelope Dimensions | 270 × 250 × 390 mm (Width × Depth × Height) |
| Operational Certification | CE Certified |
| Packaging Type | Export-Grade Plywood Safety Crate |
| Shipping Terms | DDU (Delivered Duty Unpaid) Spain |
Why Choose This Product
- Proven Long-Term Reliability: The monoblock hydraulic system and heavy-duty steel frame are engineered for continuous use in research labs, reducing downtime and maintenance costs over the instrument’s lifetime. Unlike multi-piece assemblies, the integrated fabrication eliminates leak risks and maintains calibration stability.
- Exceptional Thermal Uniformity: Dual-zone PID-controlled heated platens deliver edge-to-edge temperature consistency—a critical advantage when processing large-area samples where a 1°C deviation can cause density variations in battery electrodes or incomplete curing in polymer laminates.
- Streamlined Workflow Integration: The all-in-one, compact design with built-in touchscreen means you can move from unboxing to first pressing in minutes, without the hassle of connecting external controllers, routing tubing, or managing multiple power cords.
- Engineered for European Labs: Pre-configured for 220V/50Hz operation with a Schuko plug and CE certification, this press eliminates the need for transformers or outlet adapters and meets stringent EU safety regulations, simplifying procurement for publicly funded institutions.
- Responsive Expert Support: As a KINTEK product, you gain access to a global network of application engineers who can assist with method development, mold customization, and troubleshooting, ensuring your pressing process is optimized from day one. Contact our team today to discuss tailored solutions, request a detailed quotation, or schedule a virtual demonstration of this integrated hot press in your specific application.
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