Automatic Heated Servo Press for Laboratory Battery and Advanced Materials Research

Product Overview

This system delivers precise thermo-compression processing by pairing an all-electric servo actuator with independently regulated heated platens. Engineered specifically for high-accuracy research and production environments, the equipment replaces traditional hydraulic fluid cylinders with an advanced servo motor drive. This design eliminates contamination risks while providing exact micro-force control from minimal threshold values up to 1 metric ton with remarkable ±1 kg stability. Dual heating plates ensure uniform thermal transfer up to 300°C, enabling repeatable compression and consolidation cycles for delicate multi-layer specimens and sensitive chemical compounds.

Designed primarily for solid-state battery development, thin-film lamination, polymer curing, and precision powder metallurgy, the unit accommodates stringent laboratory and pilot-scale workflows. Academic institutions, industrial R&D facilities, and electronics manufacturers rely on its cleanroom-compatible architecture to fabricate pouch cell components, bonded substrates, and ceramic green bodies. The programmable multi-stage control allows researchers to establish complex temperature ramps and dwell periods, satisfying the rigorous demands of advanced materials science where even minute deviations in force or temperature compromise data validity.

Built to withstand continuous testing protocols, this equipment features robust mechanical guiding columns that preserve platen parallelism under maximum load. An integrated circulating water cooling system shortens cycle intervals and facilitates rapid thermal transitions without inducing mechanical thermal fatigue. With fully verified CE compliance, reliable industrial-grade electrical components, and programmable pressure-holding cycles, the platform ensures long-term operational durability and continuous data fidelity in demanding research installations.

Detail & Parts

Key Features

• Precision Closed-Loop Servo Drive: High-torque electric servo motor actuation replaces traditional hydraulic fluid circuits, delivering clean, maintenance-minimized force application with zero risk of oil leaks, fluid degradation, or pressure droop during critical holding stages.
• Micro-Force Control Accuracy: Advanced digital feedback continuously regulates applied load up to 1 ton with an exceptional accuracy of ±1 kg, making the system ideal for fragile substrates, delicate solid electrolytes, and thin-film assemblies that cannot tolerate over-pressing.
• Independently Heated Platens: Upper and lower 150 mm × 150 mm platens feature dedicated heating circuits that operate up to 300°C, allowing users to configure customized thermal profiles with independent ramp rates, dwell targets, and thermal offsets.
• Integrated Water Cooling Channels: Embedded heat exchangers support circulating water cooling across both platens, enabling rapid cooldown phases between runs and safe handling of sensitive samples without lengthy idle periods.
• User-Centric 7-Inch Touchscreen Interface: The centralized color HMI consolidates real-time force tracking, multi-segment ramp programming, thermal curves, and cycle recipes into an intuitive dashboard for streamlined operation.
• Programmable Multi-Stage Pressure Holding: Operators can program multi-step compression profiles featuring configurable pressure build-up speeds, prolonged pressure-holding plateaus, and synchronized thermal dwell triggers.
• Rigid Precision Mechanical Alignment: Heavy-duty structural columns and precision-ground platen surfaces maintain absolute parallel alignment across the entire 50 mm daylight span, preventing uneven force distribution across sample edges.
• Contamination-Free Laboratory Architecture: The all-electric electromechanical drive eliminates hydraulic pumps, valves, and oil reservoirs, creating an ultra-clean operating footprint perfectly suited for dry rooms, cleanrooms, and analytical chemistry laboratories.

Applications

Technical Specifications

Why Choose This Product

• Uncompromising Process Repeatability: The closed-loop electric servo system eliminates the thermal drift, valve hysteresis, and seal wear inherent to hydraulic presses, guaranteeing that experimental parameters programmed today yield identical physical results years into the future.
• Precision Multi-Physics Synthesis: By unifying sub-kilogram force resolution with dual-zone programmable heating up to 300°C and active water cooling, this equipment allows researchers to run sophisticated multi-variable consolidation cycles in a single compact footprint.
• Cleanroom and Dry Room Ready: Built from the ground up without hydraulic fluids, the unit mitigates contamination hazards, allowing seamless placement in glovebox antechambers, dry rooms, and clean material processing labs.
• Complete Parameter Transparency: The high-resolution 7-inch touchscreen displays real-time pressure curves and thermal trajectories, giving engineers immediate visual verification and exportable cycle data for thorough quality assurance.
• Long-Term Asset Protection: Backed by robust CE-certified engineering, a comprehensive 12-month warranty, and perpetual technical support, this unit represents a dependable capital investment for demanding industrial and scientific environments.

Contact our technical engineering team today to request a formal quotation or discuss tailored tooling configurations for your specific research applications.

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