Product Overview
Introducing Omni R&D LLC's Extremely Small Tube Furnace, a compact and energy-efficient solution designed for small sample sintering and analytical instrument applications. This innovative furnace offers exceptional performance while occupying minimal space, making it an ideal choice for laboratories and research facilities with limited space requirements.
Omni R&D LLC's Extremely Small Tube Furnace is a versatile and highly efficient thermal processing system that combines advanced technology with a compact design. With its low energy consumption and space-saving footprint, this furnace is perfect for applications that require precise temperature control and minimal environmental impact. Suitable for small sample sintering and analytical instrument support, as well as weighing equipment applications, this furnace delivers unparalleled performance and flexibility in a compact package.
Key Features:
- Extremely small and compact design
- Low energy consumption
- Minimal space requirements
- Suitable for small sample sintering and analytical instrument support
- Compatible with weighing equipment applications
- Precise temperature control and monitoring
Specifications:
- Rated Power: 1.1KW
- Rated Voltage: AC 220V 60Hz
- Maximum Temperature: 1100°C
- Working Temperature: 1000°C
- Recommended Temperature Rise Rate: ≤50°C/min
- Heating Area Length: 6.2"
- Temperature Control Mode: Fuzzy PID control, automatic adjustment, intelligent 30-segment programmable control, over-temperature and segment alarm function, two-way communication, real-time data feedback
- Temperature Control Accuracy: ±1°C
- Heating Element: Resistance wire
- Furnace Body Size (LxWxH): 11" × 7.87" × 7.67"
- Net Equipment Weight: 27 lbs.
Equipped With:
- Compact and energy-efficient design
- Intelligent temperature control system
- Programmable control with 30 segments
- Over-temperature and segment alarm functions
- Two-way communication and real-time data feedback
- Resistance wire heating element
Available Options:
- Custom temperature range and heating rate configurations
- Integration with data acquisition and monitoring systems
- Specialized heating elements for specific applications
