Surgical Power Tools

BJK-2 Fracture Therapeutic Instrument — Bone Healing Electromagnetic Device

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Product Overview

The BJK-2 is a fracture therapeutic instrument designed to promote bone healing using pulsed electromagnetic field (PEMF) therapy. It is used for patients requiring treatment for bone fractures, bone nonunion, and bone-related conditions. Key features • Treats patients under splint-and-plaster fixation or external fixation. • Automatic adjustment with electromagnetic field through frequency and amplitude modulation. • Priest focal electromagnetic design enhances therapeutic efficiency. • Digitally controlled for safe, reliable operation without side effects. • Alternating electromagnetic field frequency and intensity selectable for different treatment needs. Clinical use cases • For bone fracture healing, the BJK-2 is ideal because the PEMF therapy promotes deflorescence, diminishes inflammation, and relieves pain. • For bone nonunion, the electromagnetic field stimulates bone regeneration and accelerates bone growth. • For post-fracture recovery, the therapy improves blood circulation to the affected area and reduces recovery time. Applications • Deflorescence, diminish inflammation and ease. • Treat the incidence of bone, bone break, patella interrenale, arthrosis, and parenchyma scathing. • Obviously improve the symptom of thighbone putrescence for lacking of blood. • Accelerate the growth of the bone and concrescence of the bone. Unlike medication-based fracture therapy, the BJK-2's electromagnetic field therapy is non-invasive and free of pharmacological side effects.

Key Features & Advantages

- 2 is a fracture therapeutic instrument designed to promote bone healing using pulsed electromagnetic field (PEMF) therapy. It is used for patients requiring treatment for bone fractures, bone nonunion, and bone - related conditions. Key features - Treats patients under splint - and - plaster fixation or external fixation. - Automatic adjustment with electromagnetic field through frequency and amplitude modulation. - Priest focal electromagnetic design enhances therapeutic efficiency. - Digitally controlled for safe, reliable operation without side effects.

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

  • frequency: and amplitude modulation. • Priest focal electromagnetic design enhances therapeutic efficiency. • Digitally controlled for safe, reliable operation without side effects. • Alternating electromagnetic field frequency and intensity selectable for different treatment needs. Clinical use cases • For bone fracture healing, the BJK-2 is ideal because the PEMF therapy promotes deflorescence, diminishes inflammation, and relieves pain. • For bone nonunion, the electromagnetic field stimulates bone regeneration and accelerates bone growth. • For post-fracture recovery, the therapy improves blood circulation to the affected area and reduces recovery time. Applications • Deflorescence, diminish inflammation and ease. • Treat the incidence of bone, bone break, patella interrenale, arthrosis, and parenchyma scathing. • Obviously improve the symptom of thighbone putrescence for lacking of blood. • Accelerate the growth of the bone and concrescence of the bone. Unlike medication-based fracture therapy, the BJK-2's electromagnetic field therapy is non-invasive and free of pharmacological side effects.
  • field: (PEMF) therapy. It is used for patients requiring treatment for bone fractures, bone nonunion, and bone-related conditions. Key features • Treats patients under splint-and-plaster fixation or external fixation. • Automatic adjustment with electromagnetic field through frequency and amplitude modulation. • Priest focal electromagnetic design enhances therapeutic efficiency. • Digitally controlled for safe, reliable operation without side effects. • Alternating electromagnetic field frequency and intensity selectable for different treatment needs. Clinical use cases • For bone fracture healing, the BJK-2 is ideal because the PEMF therapy promotes deflorescence, diminishes inflammation, and relieves pain. • For bone nonunion, the electromagnetic field stimulates bone regeneration and accelerates bone growth. • For post-fracture recovery, the therapy improves blood circulation to the affected area and reduces recovery time. Applications • Deflorescence, diminish inflammation and ease. • Treat the incidence of bone, bone break, patella interrenale, arthrosis, and parenchyma scathing. • Obviously improve the symptom of thighbone putrescence for lacking of blood. • Accelerate the growth of the bone and concrescence of the bone. Unlike medication-based fracture therapy, the BJK-2's electromagnetic field therapy is non-invasive and free of pharmacological side effects.

Frequently Asked Questions

Q: What surgical procedures is this fracture therapeutic instrument used for?

A: This BJK-2 fracture therapeutic instrument 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 fracture therapeutic instrument 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.

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