Universal Bone Handling Kit
Multifunctional dental bone tissue kit, designed for bone harvesting, grinding, and cutting procedures in oral surgery, addressing diverse intraoperative bone management requirements efficiently.
306 products from Chinese manufacturers.
Key considerations when sourcing this category from Chinese manufacturers.
Confirm the steel grade — German stainless steel (e.g. 1.4021 / AISI 420) and Japanese steel differ in hardness and corrosion resistance.
Check the instrument tolerances by measuring across the working tips; poorly fitted hinges and joints cause wobble and premature wear.
Verify the surface finish on the cutting edge. Dull instruments force excess force, causing microfractures and patient discomfort.
Confirm autoclavability and the maximum sterilization temperature if you intend to reprocess the instruments.
Request sterilization samples and test them in your practice before committing to a large order.
Multifunctional dental bone tissue kit, designed for bone harvesting, grinding, and cutting procedures in oral surgery, addressing diverse intraoperative bone management requirements efficiently.

Dental handpiece for holding burs to drill, grind, and cut teeth. Features German dynamic balancing technology for low noise, high strength, and long service life. Customizable with integrated light and water spray.
E-type pneumatic turbine low-speed handpiece set with 1:1 transmission ratio, internal/external water cooling system, high speed and low noise, suitable for fine grinding and polishing.

Featuring ceramic bearings and push-button bur exchange, with a three-point water spray cooling system, precise chamfering and low noise, this handpiece is designed for high-speed grinding and cutting of dental hard tissue.
Korean-made medical suture for oral implant and surgical wound closure and fixation, with safe and reliable material properties that promote postoperative tissue healing.

Stainless steel body with DLC coating and ceramic bearings, 1:5 speed-increasing contra-angle handpiece featuring four-spray cooling and LED illumination. Maximum speed 200,000 rpm, suitable for restorative procedures, polishing, and endodontic treatment.

Dental high-speed handpiece with titanium alloy and diamond-like carbon nano-coated body, designed for drilling and grinding teeth. Features zero-retraction anti-contamination and LED illumination, offering high cutting efficiency and long-lasting durability.

This unit features a fully automatic integrated process of oil-mist cleaning, atomized lubrication, maintenance, and drying. It can simultaneously maintain 14 high-speed and 6 low-speed dental handpieces, effectively extending their service life.

Using high-temperature high-pressure hot water with 360° three-dimensional spray, this fully automatic washer disinfects dental handpieces, instruments and vessels. Available in 30/60/160L capacities, it complies with dental disinfection technical specifications.
Designed for sterilizing dental handpieces and surgical instruments using high-temperature, high-pressure steam. The 10L "Little Elf" model is economical, practical, and easy to operate, specifically developed for infection control in dental clinics and hospitals.
A low-speed pneumatic motor that holds burs, dental drills, files, and similar instruments, driving them for cutting, grinding, milling, and drilling to perform dental surgical procedures.

Compressed air drives high-speed rotation to hold burs for drilling, grinding, and cutting. Model WML series, classified as Class II oral treatment equipment.
High-quality diamond burs featuring superior hardness, sharp cutting efficiency, and long-lasting durability, designed for tooth preparation, contouring, and finishing. Available in a complete range of specifications to meet diverse clinical requirements.

Low-speed pneumatic straight handpiece with internal dual water channels and ceramic bearings, designed for drilling, grinding, polishing, and routine clinical procedures. Operating speed up to 25,000 RPM.
For maxillofacial osteotomy surgery, the long arm and short blade design enables micron-level control, allowing precise cutting of bone tissue. It achieves minimally invasive procedures with high efficiency, reducing trauma and enhancing surgical accuracy.