Laboratory Heated Press
10T Manual Hot Press 15T Micro Thermal Press Platform Programmable Touchscreen Control
Item Number : XP18
Price varies based on specs and customizations
- Maximum Force
- 0 – 15 Tons (150 kN)
- Temperature Range (Turbo)
- RT – 300 °C
- Control Interface
- 7-inch Programmable Touchscreen (Aura-Touch™)
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Product Overview



This micro thermal press platform is a precision benchtop solution engineered for labs requiring high-force pressing with exact temperature control and space efficiency. By combining a 15T hydraulic system with programmable dual-zone heating in a 260mm-wide chassis, the equipment delivers an outstanding footprint-to-performance ratio for demanding research environments.
Primarily serving polymer composite development, battery material research, and advanced thin-film processing, this unit enables reproducible hot pressing, curing, and sintering under tightly controlled thermal and mechanical conditions. From solid-state electrolyte films to polymer matrix composites, it supports iterative process refinement with high repeatability.
Built on a reinforced 130kg steel frame, the system offers industry-leading rigidity, virtually eliminating frame deflection under full 15T load. The intelligent touchscreen controller and rapid heating modules ensure robust, uninterrupted operation even in high-throughput labs, making it a trusted workhorse for critical research applications.
Key Features
- 260mm Ultra-Narrow Footprint: Strategic reorganization of the hydraulic reservoir and vertical electrical busbar routing reduced machine width from 330mm to 260mm. The saved volume is reinforced with 30kg of additional structural steel, creating a 130kg monolithic frame that easily passes through standard glovebox airlock doors while maintaining extreme rigidity under load.
- Aura-Touch™ Programmable Interface: A built-in 7-inch industrial capacitive touchscreen runs an intuitive custom operating system, allowing researchers to create, save, and execute complex multi-step temperature-pressure profiles. Real-time graphical overlays of temperature, pressure, and time provide process transparency without external data loggers.
- 15T High-Force Hydraulic System: Delivers precisely regulated pressure from 0 to 15 tons (150 kN) with excellent linearity, suitable for demanding material densification and curing processes that require consistent force application.
- Dual-Zone Heated Platens: Independently controlled upper and lower cartridge heater arrays ensure uniform thermal distribution across the full 200×200 mm working area. Power options up to 2800W enable rapid heating to 300°C, reducing cycle times dramatically.
- Monolithic 130kg Steel Frame: Extra-heavy steel reinforcement throughout the press structure virtually eliminates frame deflection, ensuring consistent platen parallelism and pressure stability even during maximum-load cycles.
- Scriptable Multi-Step Profiles: Beyond simple dwells, users can define up to 20-step temperature-pressure sequences with ramps, soaks, and cooling stages, stored locally for repeatable experimental runs without continuous operator intervention.
- Glovebox-Ready Design: The 260mm width and side-mounted service ports allow seamless transfer through laboratory glovebox airlocks, making it ideal for air-sensitive battery material research and synthesis.
- Integrated Cooling Circuit: Built-in water cooling channels maintain hydraulic system integrity during prolonged high-temperature operation. An optional closed-loop chiller connection accelerates platen cooldown for faster sample turnaround times.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Polymer Composite Molding | Precision hot pressing of fiber-reinforced or particle-filled thermoplastic sheets for mechanical testing specimens. | Ensures uniform thickness and void-free consolidation under controlled 4.0 mm molds. |
| Solid-State Electrolyte Films | Processing of thin-film solid electrolytes for next-generation Li-ion and Na-ion batteries under inert atmospheres. | Glovebox compatibility and integrated programming maintain material purity and film integrity. |
| Polyimide (PI) Curing | High-temperature curing of polyimide films used in flexible electronics and aerospace composites. | Rapid ramp to 300°C with 2800W Turbo module shortens cure cycles and improves throughput. |
| Polymer Characterization Sample Preparation | Preparation of flawlessly flat disks or plates for rheological, mechanical, and thermal analysis (DMA, DSC). | 15T force and precise ±1°C control guarantee reproducible specimen geometry. |
| Carbon Fiber Reinforced Polymer (CFRP) | Production of CFRP laminates for aerospace and automotive lightweighting research. | Uniform 200×200 mm platen and high rigidity prevent warpage during high-pressure laminating. |
| Battery Electrode Calendering | Densification of coated electrode sheets (cathode/anode) for enhanced energy density and cycle life. | Scriptable multi-step profiles allow gradual compaction without damaging active material coatings. |
| Biopolymer Shape Memory Study | Thermo-mechanical programming of shape memory polymers for biomedical device prototypes. | Touchscreen profile storage enables exact replication of multi-stage thermal cycles. |
| Advanced Ceramic Tape Lamination | Pre-lamination of ceramic green tapes prior to sintering for multilayer capacitor or SOFC manufacturing. | Uniform pressure distribution and heated platens improve interlayer adhesion without binder burnout. |
Technical Specifications
General Specifications
| Parameter | Value |
|---|---|
| Model | XP18 |
| Max Force | 0 – 15.0 Tons (0 – 150 kN) |
| Platen Size | 200 × 200 mm |
| Maximum Open Distance | 50 mm |
| Control Panel | 7-inch Programmable Touchscreen (Aura-Touch™) |
| Footprint (W × D × H) | 260 × 347 × 422 mm |
| Net Weight | Approx. 130 kg |
Heating & Performance Modules
| Specification | 🟢 CORE Configuration | 🔵 TURBO Configuration |
|---|---|---|
| Temperature Range | RT to 250 °C | RT to 300 °C |
| Maximum Heating Power | 1600 W (2 × 800 W) | 2800 W (2 × 1400 W) |
| Power Requirement | AC 220V / 50Hz (single-phase) | AC 220V / 60Hz (custom) |
| Cooling Method | Built-in water cooling channels (connect to external chiller) | Built-in cooling channels with recommended rapid-cool chiller kit |
| Recommended Applications | Routine polymer testing, standard composites | Solid-state electrolytes, PI curing, high-throughput prototyping |
Why Choose This Product
- Proven Long-Term Reliability: Built on a 130kg extra-heavy steel chassis with industrial-grade hydraulic seals, this press delivers consistent performance over thousands of cycles, minimizing downtime in critical research settings.
- Precision-Engineered Heating: Dual-zone cartridge heater arrays with PID-based closed-loop control maintain ±1°C temperature uniformity across the entire platen, ensuring repeatable thermal profiles for sensitive materials.
- Global Compliance & Responsive Support: The XP18 system ships with necessary electrical certifications for international labs, backed by a 12-month warranty and lifetime technical assistance, with direct engineer access for remote diagnostics.
- Customization-Ready Architecture: Choose between Core or Turbo heating modules, add a closed-loop water chiller, or request custom mold configurations—all seamlessly integrated without compromising the system’s compact footprint.
- Space-Efficient without Compromise: The ultra-narrow design not only fits glovebox airlocks but also maximizes valuable benchtop real estate in crowded labs, all while maintaining 15T pressing capability rarely seen in this form factor.
Contact our engineering team today to discuss your specific process requirements and request a personalized quotation, including delivery and installation options for your region.
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Product Datasheet
10T Manual Hot Press 15T Micro Thermal Press Platform Programmable Touchscreen Control
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