M-DJ-024-27
CZMEDITECH
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Product Description
Orthopedic power tools are indispensable high-precision devices in modern orthopedic surgery, designed for bone cutting, drilling, shaping, and fixation. They integrate power systems, intelligent controls, and ergonomic designs to significantly enhance surgical efficiency and accuracy. Whether for routine fracture internal fixation, joint replacement, or complex spinal or craniomaxillofacial procedures, these tools provide stable power output and controllable operation. Their advantages include: efficiently completing bone processing tasks (e.g., oscillating saw cutting, cannulated drill drilling), reducing intraoperative soft tissue damage, minimizing surgeon fatigue, and supporting the development of minimally invasive techniques. Furthermore, brushless motor technology, sterilizable designs, and dedicated accessory systems further ensure surgical safety and adaptability.
Includes a variety of power tools for orthopedic drilling procedures, such as large torque joint drills, standard bone drills, cannulated bone drills, and high-speed drills, suitable for different bone structures and surgical requirements.
Covers various power saws for orthopedic cutting procedures, including oscillating saws, reciprocating saws, TPLO specialty saws, plaster saws, sternum saws, and small saws, used for precise bone cutting and shaping.
Precision tools specifically designed for neurosurgery, including self-stopping craniotomy drills and craniotomy mills, ensuring safety and accuracy in cranial procedures.
Advanced multi-function power tool systems integrating drilling, sawing and other surgical functions, including mini, brushless and multi-generation models, meeting complex surgical requirements.
Advanced surgical tools featuring brushless motor technology, including brushless oscillating saws, reciprocating saws and sternum saws, offering higher efficiency, longer lifespan and more stable performance.
These electric tools are powerful and stable in operation, capable of quickly completing operations such as drilling, cutting and milling of bones. Compared with manual instruments, they significantly reduce the operation time. Its precise design ensures the accuracy and predictability of the operation, which helps doctors achieve the expected surgical outcome and reduces human error.
The product line covers multiple disciplines such as orthopedics, with specialized tools for both large joint procedures and micro-scale precision surgeries. The extensive variety and models ensure surgeons can select the most appropriate equipment for procedures of different sites and complexity, enabling personalized surgical plans.
Many tools incorporate safety features such as auto-stop functions (to prevent over-penetration) and brushless motors (to reduce spark risk). Robust manufacturing and stable performance minimize the risk of intraoperative malfunctions. Their matched sterilization boxes ensure instrument asepsis, collectively providing crucial safeguards for patient safety.
The adoption of advanced technologies like brushless motors provides longer lifespan, lower noise, and reduced maintenance. Ergonomic design minimizes surgeon fatigue during lengthy procedures. Lightweight and well-balanced handpieces offer superior tactile feedback and controllability, enhancing the overall surgical experience.
Product Series