BJI-1J2 Portable X-Ray Fluoroscopy Instrument

Product Overview

The BJI-1J2 is a portable X-ray fluoroscopy instrument designed for intraoperative and bedside imaging. It provides high-gain, high-sensitivity, high-resolution imaging with low radiation dose for safe, convenient use in hospitals, emergency settings, and field deployments. Key features • High gain, high sensitivity, and high resolution image intensifier. • Newer visual feeling with clear, sharp imaging. • Works anytime without a darkroom — protects users and patients. • Low radiation dose with reliable protection. • Simple structure, small volume, and lightweight — handheld and table-mounted use. • Connects with monitor and computer for image and video capture. • Can connect with computer to save image and video. Technical specifications • Field of vision: Φ50–100 mm • Screen brightness: >20 cd/m² • Leaking ray: <2.58×10⁻⁶ C·Kg⁻¹·H⁻¹ • Scattered ray: <1.29×10⁻⁶ C·Kg⁻¹·H⁻¹ • Power supply: AC 110–250 V, 50 Hz or 12 V • Imaging resolution: 50 LP/cm • Contrast: <4% • Grey scales: 7 • Maxi objective thickness: 300 mm • Current: 0.5 mA • Tube voltage: 80 kV • Power consumption: 70 VA Clinical use cases • For hospitals, the BJI-1J2 is ideal because it provides real-time intraoperative imaging for fracture reduction, implant placement, and foreign body localization. • For emergency and ward rounds, the portable design replaces conventional darkroom X-ray. • For outdoor, wilderness, and military medicine, the 12 V power supply enables use in remote settings. Unlike fixed-room X-ray systems, the BJI-1J2's portable design and low radiation dose enable safe, convenient imaging at the bedside or in the field. Applications • Surgical assistance (fracture application, fusion, fixation, threading needles, foreign body removal, intramedullary nailing). • Pediatric X-ray inspection (birth control ring check). • Sporting field, construction site, ocean-going vessel, remote area, and military training. • Scientific research, experiment, engineering, educational, and scientific equipment. • Veterinary use. • Safety inspection at airports and post offices. • Industrial crack detection.

Key Features & Advantages

- 1J2 is a portable X - ray fluoroscopy instrument designed for intraoperative and bedside imaging. It provides high - gain, high - sensitivity, high - resolution imaging with low radiation dose for safe, convenient use in hospitals, emergency settings, and field deployments. Key features - High gain, high sensitivity, and high resolution image intensifier. - Newer visual feeling with clear, sharp imaging. - Works anytime without a darkroom — protects users and patients.

Clinical Applications

Hospitals, surgical centers, orthopedic departments, trauma centers, and specialized surgical facilities.

Comparison & Competitive Advantages

Unlike single-function surgical tools, this device offers modular design and versatile functionality. Compared to pneumatic alternatives, the electric/battery operation provides greater intraoperative mobility without compressed air lines.

Technical Specifications

• Power supply: AC 110–250 V, 50 Hz or 12 V • Imaging resolution: 50 LP/cm • Contrast: <4% • Grey scales: 7 • Maxi objective thickness: 300 mm • Current: 0.5 mA • Tube voltage: 80 kV • Power consumption: 70 VA Clinical use cases • For hospitals, the BJI-1J2 is ideal because it provides real-time intraoperative imaging for fracture reduction, implant placement, and foreign body localization. • For emergency and ward rounds, the portable design replaces conventional darkroom X-ray. • For outdoor, wilderness, and military medicine, the 12 V power supply enables use in remote settings. Unlike fixed-room X-ray systems, the BJI-1J2's portable design and low radiation dose enable safe, convenient imaging at the bedside or in the field. Applications • Surgical assistance (fracture application, fusion, fixation, threading needles, foreign body removal, intramedullary nailing). • Pediatric X-ray inspection (birth control ring check). • Sporting field, construction site, ocean-going vessel, remote area, and military training. • Scientific research, experiment, engineering, educational, and scientific equipment. • Veterinary use. • Safety inspection at airports and post offices. • Industrial crack detection.
• weight: — handheld and table-mounted use. • Connects with monitor and computer for image and video capture. • Can connect with computer to save image and video. Technical specifications • Field of vision: Φ50–100 mm • Screen brightness: >20 cd/m² • Leaking ray: <2.58×10⁻⁶ C·Kg⁻¹·H⁻¹ • Scattered ray: <1.29×10⁻⁶ C·Kg⁻¹·H⁻¹ • Power supply: AC 110–250 V, 50 Hz or 12 V • Imaging resolution: 50 LP/cm • Contrast: <4% • Grey scales: 7 • Maxi objective thickness: 300 mm • Current: 0.5 mA • Tube voltage: 80 kV • Power consumption: 70 VA Clinical use cases • For hospitals, the BJI-1J2 is ideal because it provides real-time intraoperative imaging for fracture reduction, implant placement, and foreign body localization. • For emergency and ward rounds, the portable design replaces conventional darkroom X-ray. • For outdoor, wilderness, and military medicine, the 12 V power supply enables use in remote settings. Unlike fixed-room X-ray systems, the BJI-1J2's portable design and low radiation dose enable safe, convenient imaging at the bedside or in the field. Applications • Surgical assistance (fracture application, fusion, fixation, threading needles, foreign body removal, intramedullary nailing). • Pediatric X-ray inspection (birth control ring check). • Sporting field, construction site, ocean-going vessel, remote area, and military training. • Scientific research, experiment, engineering, educational, and scientific equipment. • Veterinary use. • Safety inspection at airports and post offices. • Industrial crack detection.
• voltage: 80 kV • Power consumption: 70 VA Clinical use cases • For hospitals, the BJI-1J2 is ideal because it provides real-time intraoperative imaging for fracture reduction, implant placement, and foreign body localization. • For emergency and ward rounds, the portable design replaces conventional darkroom X-ray. • For outdoor, wilderness, and military medicine, the 12 V power supply enables use in remote settings. Unlike fixed-room X-ray systems, the BJI-1J2's portable design and low radiation dose enable safe, convenient imaging at the bedside or in the field. Applications • Surgical assistance (fracture application, fusion, fixation, threading needles, foreign body removal, intramedullary nailing). • Pediatric X-ray inspection (birth control ring check). • Sporting field, construction site, ocean-going vessel, remote area, and military training. • Scientific research, experiment, engineering, educational, and scientific equipment. • Veterinary use. • Safety inspection at airports and post offices. • Industrial crack detection.
• resolution: imaging with low radiation dose for safe, convenient use in hospitals, emergency settings, and field deployments. Key features • High gain, high sensitivity, and high resolution image intensifier. • Newer visual feeling with clear, sharp imaging. • Works anytime without a darkroom — protects users and patients. • Low radiation dose with reliable protection. • Simple structure, small volume, and lightweight — handheld and table-mounted use. • Connects with monitor and computer for image and video capture. • Can connect with computer to save image and video. Technical specifications • Field of vision: Φ50–100 mm • Screen brightness: >20 cd/m² • Leaking ray: <2.58×10⁻⁶ C·Kg⁻¹·H⁻¹ • Scattered ray: <1.29×10⁻⁶ C·Kg⁻¹·H⁻¹ • Power supply: AC 110–250 V, 50 Hz or 12 V • Imaging resolution: 50 LP/cm • Contrast: <4% • Grey scales: 7 • Maxi objective thickness: 300 mm • Current: 0.5 mA • Tube voltage: 80 kV • Power consumption: 70 VA Clinical use cases • For hospitals, the BJI-1J2 is ideal because it provides real-time intraoperative imaging for fracture reduction, implant placement, and foreign body localization. • For emergency and ward rounds, the portable design replaces conventional darkroom X-ray. • For outdoor, wilderness, and military medicine, the 12 V power supply enables use in remote settings. Unlike fixed-room X-ray systems, the BJI-1J2's portable design and low radiation dose enable safe, convenient imaging at the bedside or in the field. Applications • Surgical assistance (fracture application, fusion, fixation, threading needles, foreign body removal, intramedullary nailing). • Pediatric X-ray inspection (birth control ring check). • Sporting field, construction site, ocean-going vessel, remote area, and military training. • Scientific research, experiment, engineering, educational, and scientific equipment. • Veterinary use. • Safety inspection at airports and post offices. • Industrial crack detection.
• field: deployments. Key features • High gain, high sensitivity, and high resolution image intensifier. • Newer visual feeling with clear, sharp imaging. • Works anytime without a darkroom — protects users and patients. • Low radiation dose with reliable protection. • Simple structure, small volume, and lightweight — handheld and table-mounted use. • Connects with monitor and computer for image and video capture. • Can connect with computer to save image and video. Technical specifications • Field of vision: Φ50–100 mm • Screen brightness: >20 cd/m² • Leaking ray: <2.58×10⁻⁶ C·Kg⁻¹·H⁻¹ • Scattered ray: <1.29×10⁻⁶ C·Kg⁻¹·H⁻¹ • Power supply: AC 110–250 V, 50 Hz or 12 V • Imaging resolution: 50 LP/cm • Contrast: <4% • Grey scales: 7 • Maxi objective thickness: 300 mm • Current: 0.5 mA • Tube voltage: 80 kV • Power consumption: 70 VA Clinical use cases • For hospitals, the BJI-1J2 is ideal because it provides real-time intraoperative imaging for fracture reduction, implant placement, and foreign body localization. • For emergency and ward rounds, the portable design replaces conventional darkroom X-ray. • For outdoor, wilderness, and military medicine, the 12 V power supply enables use in remote settings. Unlike fixed-room X-ray systems, the BJI-1J2's portable design and low radiation dose enable safe, convenient imaging at the bedside or in the field. Applications • Surgical assistance (fracture application, fusion, fixation, threading needles, foreign body removal, intramedullary nailing). • Pediatric X-ray inspection (birth control ring check). • Sporting field, construction site, ocean-going vessel, remote area, and military training. • Scientific research, experiment, engineering, educational, and scientific equipment. • Veterinary use. • Safety inspection at airports and post offices. • Industrial crack detection.
• Tube voltage: 80 kV • Power consumption: 70 VA Clinical use cases • For hospitals, the BJI-1J2 is ideal because it provides real-time intraoperative imaging for fracture reduction, implant placement, and foreign body localization. • For emergency and ward rounds, the portable design replaces conventional darkroom X-ray. • For outdoor, wilderness, and military medicine, the 12 V power supply enables use in remote settings. Unlike fixed-room X-ray systems, the BJI-1J2's portable design and low radiation dose enable safe, convenient imaging at the bedside or in the field. Applications • Surgical assistance (fracture application, fusion, fixation, threading needles, foreign body removal, intramedullary nailing). • Pediatric X-ray inspection (birth control ring check). • Sporting field, construction site, ocean-going vessel, remote area, and military training. • Scientific research, experiment, engineering, educational, and scientific equipment. • Veterinary use. • Safety inspection at airports and post offices. • Industrial crack detection.
• Current: 0.5 mA • Tube voltage: 80 kV • Power consumption: 70 VA Clinical use cases • For hospitals, the BJI-1J2 is ideal because it provides real-time intraoperative imaging for fracture reduction, implant placement, and foreign body localization. • For emergency and ward rounds, the portable design replaces conventional darkroom X-ray. • For outdoor, wilderness, and military medicine, the 12 V power supply enables use in remote settings. Unlike fixed-room X-ray systems, the BJI-1J2's portable design and low radiation dose enable safe, convenient imaging at the bedside or in the field. Applications • Surgical assistance (fracture application, fusion, fixation, threading needles, foreign body removal, intramedullary nailing). • Pediatric X-ray inspection (birth control ring check). • Sporting field, construction site, ocean-going vessel, remote area, and military training. • Scientific research, experiment, engineering, educational, and scientific equipment. • Veterinary use. • Safety inspection at airports and post offices. • Industrial crack detection.
• Power consumption: 70 VA Clinical use cases • For hospitals, the BJI-1J2 is ideal because it provides real-time intraoperative imaging for fracture reduction, implant placement, and foreign body localization. • For emergency and ward rounds, the portable design replaces conventional darkroom X-ray. • For outdoor, wilderness, and military medicine, the 12 V power supply enables use in remote settings. Unlike fixed-room X-ray systems, the BJI-1J2's portable design and low radiation dose enable safe, convenient imaging at the bedside or in the field. Applications • Surgical assistance (fracture application, fusion, fixation, threading needles, foreign body removal, intramedullary nailing). • Pediatric X-ray inspection (birth control ring check). • Sporting field, construction site, ocean-going vessel, remote area, and military training. • Scientific research, experiment, engineering, educational, and scientific equipment. • Veterinary use. • Safety inspection at airports and post offices. • Industrial crack detection.

Frequently Asked Questions

Q: What surgical procedures is this portable X-ray used for?

A: This BJI-1J2 portable X-ray is designed for orthopedic surgical procedures including trauma fixation, joint replacement, and bone cutting. The specific applications depend on the attachment type and surgical specialty.

Q: Is this portable X-ray autoclavable?

A: Yes, the handpiece is autoclavable. Multi-function handpieces are rated for 155°C autoclave sterilization, while single-function handpieces are rated for 135°C. This ensures compliance with hospital sterilization protocols.

Q: What power source does this device use?

A: This surgical power tool supports battery-powered operation. Some models in the System 6000 family also offer optional external power supply via a power console for continuous high-demand procedures.

Q: How does this compare to similar surgical power tools?

A: This device features a German-imported motor for reliable speed and power output. Compared to pneumatic alternatives, the electric/battery design offers greater intraoperative mobility without compressed air lines. The modular attachment system reduces equipment costs versus single-function tools.