Products Laboratory Hydraulic Press Laboratory Heated Press 15 Ton Manual Press Precision Thermal Compression Platform for Laboratory and Glovebox Integration
15 Ton Manual Press Precision Thermal Compression Platform for Laboratory and Glovebox Integration

Laboratory Heated Press

15 Ton Manual Press Precision Thermal Compression Platform for Laboratory and Glovebox Integration

Item Number : XP16

Price varies based on specs and customizations


Max Force
15.0 Tons (150 kN)
Platen Area
300 × 300 mm
Temperature Range (configurable)
RT–300°C standard; up to 500°C optional
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Product Overview

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The 15-ton manual press sets a new standard for benchtop thermal compression in research and development environments. Its integrated hydraulic system and monolithic cast construction eliminate external fluid lines, providing exceptional reliability and zero-leak operation even under sustained full load. This design makes the unit ideally suited for glovebox integration where contamination must be avoided.

Engineered with dual-zone independent heating and advanced thermal insulation, the press delivers uniform temperature distribution across large 300×300 mm platens. Researchers can precisely control pressing force and temperature cycles for reproducible sample preparation in fields such as battery technology, polymer science, and advanced ceramics.

Whether compacting powders into dense pellets or curing multi-layer laminates, this system’s robust construction and configurable options ensure consistent performance over thousands of cycles. Backed by factory calibration and CE certification, it offers the precision and peace of mind demanded by leading laboratories worldwide.

Key Features

  • Monolithic Hydraulic Integration: The press features a one-piece cast body that houses both the oil reservoir and hydraulic cylinder. This eliminates external tubing and drastically reduces the risk of seal failure or fluid leakage under prolonged high pressures.
  • Advanced Thermal Barrier System: High-density composite insulation plates are installed between the heated platens and the hydraulic unit. This minimizes heat transfer, protects hydraulic seals, and stabilizes the thermal profile across the entire working surface.
  • Dual-Zone Precision Heating: Each platen is independently controlled by a micro-PID system, ensuring precise temperature uniformity and repeatability. Standard control offers dual digital displays, while optional programmable profiles enable multi-step ramps and dwells.
  • Embedded Water Cooling: Both platens incorporate internal water channels for rapid cooling. When paired with an external chiller, this feature significantly shortens duty cycles and prevents sample thermal deformation during demolding.
  • Smooth Manual Force Application: A high-precision manual hydraulic system delivers 0–15 tons of force with tactile control. Operators can finely adjust pressure for delicate materials or achieve full tonnage for demanding consolidations.
  • Glovebox-Ready Architecture: The compact, integrated design facilitates placement in inert atmosphere enclosures. No external fluid connections or bulky components compromise the controlled environment.
  • Extensive Customization: Choose from multiple heating powers, temperature limits, daylight openings, control systems, and power grid options to match exact experimental requirements.

Applications

Application Description Key Benefit
Ceramic Sintering High-temperature densification of ceramic powders up to 500°C under controlled pressure Uniform thermal field ensures consistent grain growth and final material properties
Battery Research Preparation of electrode and solid electrolyte pellets in argon or nitrogen environments Glovebox-ready design maintains inert atmosphere integrity and prevents moisture contamination
Polymer Film Pressing Melting and forming polymer sheets for thin-film analysis or membrane fabrication Precise pressure control prevents thickness variations and film defects
Composite Laminate Curing Multi-stage curing of advanced composites with programmed temperature and pressure cycles Eliminates residual thermal history effects for improved interlaminar strength
Hot Embossing Micro- and nano-structuring of thermoplastic surfaces using heated molds High platen parallelism and even pressure distribution replicate features accurately
Spectroscopic Sample Prep Creating fused beads or pressed pellets for XRF, IR, and other analytical techniques 15-ton force guarantees dense, homogeneous samples with smooth surfaces for reliable analysis

Technical Specifications

Core Hardware – XP16

Parameter Value
Max Force 15.0 Tons / 150 kN
Platen Area 300 × 300 mm
Piston Diameter 95 mm (mirror-chromed)
Integrated Cooling Built-in water-cooling channels in both platens
Hydraulic Design Monolithic cast body with integrated oil reservoir
Thermal Insulation High-density composite insulation plates

Configurable Modules

Module Standard Specification Upgraded / Optional Specifications Typical Applications
Temperature Limit RT ~ 300°C RT ~ 500°C (high-temperature version) High‑temperature ceramic sintering, advanced composites, polyimide curing
Control System Dual-channel digital PID display Multi-segment programmable PID with pressure control Complex multi-stage curing, thermal history elimination, precision rheological sample preparation
Heating Power 2 × 1200 W (total 2400 W) 2 × 1800 W (3600 W) or 2 × 2400 W (4800 W) Experiments requiring high ramp rates or very short preheating times
Daylight Opening 50 mm or 60 mm 100 mm (extended height) Thick molds, stacked laminates, integration of in-situ sensors
Power Grid 220–230 V / 50 Hz 220 V / 60 Hz (special voltage for specific regions) North America, Korea, and other 60 Hz mains regions
Net Weight Approx. 180 kg 230 kg – 250 kg (reinforced frame) Ultra‑heavy‑load testing, deformation‑resistant structural applications

Optional Cooling Upgrades

Chiller Option Model Pairing Capacity Best For
Core Cooling CW-5000 Standard cooling power General materials labs, accelerated cooling and prevention of sample thermal deformation
Advanced Thermal Shock CW-5200 High cooling capacity Rapid thermal cycling tests and high‑power (4800 W) configurations

Why Choose This Product

  • Proven Long‑Term Reliability: The monolithic cast construction eliminates leak‑prone joints and hoses, delivering years of maintenance‑free operation even under daily full‑pressure use.
  • Precision That Protects Your Samples: Dual‑zone PID control with ±1°C stability and rapid thermal response ensures every pressing cycle meets your protocol’s exact requirements—protecting sensitive materials from thermal shock.
  • Certified Quality, Globally Accepted: Full CE compliance and factory‑issued calibration certificates for pressure and temperature—no additional certification delays when installing in regulated facilities.
  • Custom‑Engineered to Your Process: Don’t adapt your research to a generic press. Specify daylight opening, temperature ceiling, heating power, and control logic to create a system that fits your workflow from day one.
  • Worldwide Support and Logistics: From configuration assistance to DDP delivery in Europe, Asia, and the Americas, our logistics team ensures your press arrives ready to work, with minimal administrative burden.

Contact us today to discuss your hot pressing application and receive a tailored quote for your custom-configured system.

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Product Datasheet

15 Ton Manual Press Precision Thermal Compression Platform for Laboratory and Glovebox Integration

Category Catalog

Laboratory Heated Press


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