High Lab Temperature Furnaces
High-Temperature Furnace Systems at Omni R&D
Delivering advanced thermal solutions for research and industrial applications, our comprehensive range of high-temperature furnaces combines precision engineering with exceptional performance. Each system is designed to exceed 1000°C with precise temperature control, meeting rigorous standards across multiple applications.
Our High-Temperature Furnace Portfolio:
Research & Development Systems
- Box Furnaces: Versatile systems for general high-temperature applications
- Tubular Furnaces: Available in horizontal and vertical configurations for controlled-atmosphere processing
- Muffle Furnaces: Reliable solutions for precision thermal treatment and materials testing
- High Vacuum Furnaces: Specialized systems for ultra-clean processing environments
- Inert-Vacuum Atmosphere Furnaces: Advanced environmental control for sensitive materials
Industrial Processing Solutions
- Cart Furnaces: High-capacity systems for industrial-scale thermal processing
- Crucible Furnaces: Engineered for specialized material melting applications
- Induction Melting Furnaces: Precision electromagnetic heating for metal and alloy development
- Quenching Furnaces: Integrated systems for controlled cooling processes
- Debinding & Pre-Sintering Furnaces: Optimized for advanced materials preparation
Technical Capabilities All systems feature:
- Temperature capabilities exceeding 1000°C
- Precision control systems for accurate thermal management
- Advanced atmospheric control options
- Integrated safety and monitoring features
- Robust construction for research and industrial environments
Our furnace systems are engineered to meet the exacting requirements of materials science laboratories, research institutions, and industrial facilities. Each system can be configured to your specific application requirements, supported by our comprehensive technical expertise.
Contact our technical team for detailed specifications and consultation on optimal system configuration for your applications.