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GSL-1200XS15-ASD Automated Tube Furnace with 1200°C Max Temperature and Robotic Sample Handling for AI Material Research

Designed for automated high-throughput sintering of materials in 400 mm diameter quartz tubes.
Enables fully automatic operation including loading, vacuuming, gas purging, heating, and unloading.
Operates up to 1200°C with precise PID temperature control and programmable multi-segment profiles.
Supports robotic arm integration for sample handling and multi-unit control via PC software.

Compliance: CE Certified
Customized: OEM/ODM
Package: Plywood case package

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GSL-1200XS15-ASD Automated Tube Furnace with 1200°C Max Temperature and Robotic Sample Handling for AI Material Research

The GSL-1200XS15-ASD is engineered to facilitate automated sintering processes for advanced materials research, particularly suited for AI-driven material synthesis workflows. It accommodates quartz tubes with a diameter of 400 mm and length of 900 mm, providing a controlled environment for thermal treatments up to 1200°C for short durations and continuous operation below 1100°C.

This furnace integrates a PC-based control system that automates the entire sintering cycle, including sample loading and retrieval assisted by a robotic arm, vacuum generation, gas purging, and precise thermal cycling. The system supports multi-cycle operations and can manage multiple furnace units simultaneously, enabling continuous, unattended high-throughput processing with both local and remote control capabilities.

Key Features

  • Maximum working temperature of 1200°C with ±1°C control accuracy using a PID programmable controller.
  • Automated sample handling via optional robotic arm with ±0.02 mm positioning accuracy and 5 kg load capacity.
  • Quartz tube furnace with 460 mm heating zone length and temperature uniformity within ±5°C over 120 mm.
  • Integrated vacuum and gas flow control with pump-purge cycles and digital pressure monitoring.
  • Multi-segment temperature programming up to 50 segments for complex thermal profiles.
  • Motorized sliding sample stage for efficient loading and unloading operations.
  • PC software interface enabling one-touch operation, data logging, and multi-unit management.

Technical Specifications

Parameter Specification
Maximum Temperature 1200°C (≤30 min), continuous below 1100°C
Heating Zone Length 460 mm
Temperature Uniformity ±5°C over 120 mm
Heating Rate ≤10°C/min
Heating Elements FeCrAl-Mo doped
Thermocouple Type K-type
Tube Dimensions Quartz, Ø400 × 900 mm
Temperature Controller PID programmable, up to 50 segments, ±1°C accuracy
Power Supply AC 380V ±10%, 3 phase, 50/60 Hz, 15 kW; 208–240VAC, 50/60 Hz
Vacuum Capability Mechanical pump: 10⁻² torr; Turbo pump: 10⁻⁵ torr
Robotic Arm (Optional) 48VDC, 150W, max load 5 kg, accuracy ±0.02 mm
Sample Stage Options Quartz crucible stage (17 crucibles Ø40×30 mm) or wafer holder stage (30–35 pieces of 8×8″ wafers)

Typical Applications

Ideal for automated sintering and thermal processing in AI-driven materials research, including ceramics, semiconductors, and advanced composites. Supports integration with dosing, mixing, milling, and pellet pressing equipment for streamlined high-temperature materials synthesis.

Configuration & Operating Notes

The system includes a motorized sliding sample stage and can be equipped with an optional robotic arm for automated sample handling. The furnace uses high-purity quartz tubes as consumables, which are not covered under warranty. Control software for PC operation and multi-unit management is available optionally. Cooling water supply is required for flange cooling. Safety precautions should be observed when operating at high temperatures and under vacuum conditions.

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