Details
6.3 kW HF Monoblock X-Ray Source
The HF-150 6.3 kW High-Frequency Monoblock X-Ray Source is a robust and high-performance diagnostic solution designed to deliver precise and stable X-ray output for both human and veterinary imaging applications. Built with advanced high-frequency technology, it ensures consistent image quality, efficient power management, and reliable exposure control. With a standard 220 VAC input, the system accommodates a wide tube current range and provides a 2.0 mm focal spot for superior resolution, making it ideal for hospitals, diagnostic centers, clinics, and OEM X-ray systems that require high-performance imaging capabilities.
Key Features
- High-Frequency Monoblock Technology
Ensures stable X-ray output with consistent image quality and reduced ripple.- 6.3 kW Power Output
Delivers enhanced penetration and superior imaging performance.- Wide Tube Current Range
Provides flexible exposure control for diverse diagnostic needs.- Broad kV Range
Supports multiple clinical and veterinary imaging applications.- Large Focal Spot
Enables precise imaging with better resolution for high-power applications.- Human & Veterinary Compatibility
Designed for dual-application imaging workflows.- Compact, OEM-Ready Design
Enables integration into portable or fixed X-ray systems.
Technical Specifications
- Power Output: 6.3 kW
- Tube Current: 10 – 150 mA
- kV Range: 40 – 125 kV
- Focal Spot: 2.0 mm
- Input Power Supply: 220 VAC
- Application (User Interface with APR): Human / Veterinary
SKD Components
- The HF-150 system is available in SKD configuration for OEM assembly and efficient logistics:
- HF Monoblock Tank: High-frequency X-ray tube and generator assembly
- Power Supply Board: Ensures stable 220 VAC input and efficient operation
- Motherboard: Central control unit managing exposure and safety systems
- LED Display / Control Interface: Real-time parameter monitoring and adjustment
- Battery & Charging Adaptor: Optional support for portable integration
- Outer Enclosure Body: Durable protective housing for the unit