Products

Diamond Bur

Description

Application domain: dental, orthopedic surgery, maxillofacial surgery, neurosurgery
Material: Ultra-high anti-rust and high-hardness stainless steel, Ultra high rust-proof and high wear-resistant stainless steel, diamond, carbide, SDC&CBNC
LZQ is an OEM factory for all kinds of medical bur, such as Cutting Bur/Bone File P190, Drill Key P47, Endoscopic/Arthroscopic Shaver blade P259, Bone Drill Point P227, Bone Fetcher P165, Drill Bit 096, etc. We can also produce a whole kit of tools for customers' surgical cases.

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Product Details

The Rapidly Micro bur also features a relief. Due to this modern edge geometry the Rapidly exhibits a particularly high cutting performance as well as extraordinarily smooth running. The dental technician is able to benefit from these properties especially when extremely hard materials have to be processed in a fast and precise manner, e.g. when shaping ceramic or non-precious metal alloys. Even on these materials the Rapidly ensures extensive removal of material and creates a particularly smooth object surface.

Additionally, the triple service life that is ensured by the relief allows to save costs. LZQ have introduced world first-class CNC Processing Center, Super High-Speed Compound Grinding-Turning Center. From high-class products (via 6-axis/ 7-axis Blocking CNC-machine Tool (Class-AAA))to medium-class products (via 3-axis/ 4-axis Blocking CNC-machine Tool (Class-D)), different quality and price.

Modern orthopedics
Hugh Owen Thomas, a pioneer of contemporary orthopedic surgery.

Examples of people who aided the development of present day orthopedic surgical procedure were Hugh Owen Thomas, a health care provider from Wales, and his nephew, Robert Jones. Thomas grew to be interested in orthopedics and bone-setting at a younger age and, after organizing his very own practice, went on to extend the subject into common remedy of fracture and other musculoskeletal problems. He recommended enforced rest as the quality treatment for fractures and tuberculosis and created the so-called 'Thomas Splint', to stabilize a fractured femur and stop infection. He is additionally responsible for severa different medical innovations that all carry his name: 'Thomas's collar' to deal with tuberculosis of the cervical spine, 'Thomas's manoeuvre', an orthopedic investigation for fracture of the hip joint, Thomas test, a approach of detecting hip deformity by using having the patient lying flat in bed, 'Thomas's wrench' for reducing fractures, as well as an osteoclast to smash and reset bones.

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