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Drill guide right here is used for a flapless surgery. It can additionally serve as a information for positioning the drill whilst measuring the thickness of the buccal bone, thereby preventing bone resorption and reducing the burden on the patient. In addition, secure drill positions can be guided to a range of cases with the aid of combining different surgical instruments (e.g., function guide, linker, and width guide). (1) Safety Safe operation is viable by using measuring the thickness of the buccal bone in order to stop buccal bone resorption. (2) Reduced Pain It is feasible to limit the burden on the affected person by using lowering the pain and swelling from a flapless surgery besides going through the incision step that is carried out throughout the accepted implant surgery. (3) Accuracy and Diversity An correct operation is possible depending on the bone width and implant diameter with the aid of combining the operation instruments (e.g., linker, role guide, and width guide). It can be used for a number of cases, such as single, bridge, etc. Our guided surgical procedure package provides the precision and predictability of guided implant placement with a streamlined, single kit design. All elements are color-coded to keep away from the complexity considered with different structures whilst imparting our clients predictable implant placement for gold standard esthetic outcomes. The Guided Surgery Kit is supposed to facilitate the advent of an osteotomy for placement of implants using a surgical guide that incorporates manufactured grasp cylinders. The bone slicing devices are intended for use in the mandible or maxilla for partially and utterly edentulous arches. Prior to use, clean and sterilize the surgical tray and instruments in accordance to the Instructions for Use included with the kit. Contact Us +86-021-50327060+86-021-50327060 zq@lzqtech.comzq@lzqtech.com NO.1269 Plant, Jinhu Road, Jinqiao Export Processing Zone, Pudong New District, Shanghai

LZQ is possessed of advanced and comprehensive production systems and all kinds of precision technology and what a high-efficiency and low-cost application we deliver you! Ultra micro grain , super long cutting life, unparalleled durability. You can try by sending drawings or samples to customize and compare.

There are many industrial processes that use fiber lasers, which could provide the e-mobility industry with the edge it requires. Fiber lasers have been hugely successful in many areas of manufacturing such as cleaning and ablation, cutting, drilling and additive manufacturing. Fibre laser engraving can be used to imprint vehicle identification numbers, serial numbers and information relating to specific parts. In applications like cutting and drilling, fiber lasers provide unerring accuracy and precision. Another area where fiber lasers can provide support to the manufacturers of e-mobility vehicles is light-weighting. The use of fiber lasers in the automotive industry has a proven track record. This infographic from SPI Lasers provides detailed information on how these processes can now be transferred to the e-mobility industry has an enabler.

1. Corresponding and matching drills and tools of different types, forms, shapes, structures can be high precisely ground to mold according to different brands and different types of implants forms, shapes, structures, etc. 2. Ultra-high rust-proof stainless steel AA) (hardened HRC54 ° ± 2 ° Section 3. Ultra-high anti-rust & high wear-resistant , high hardness, high impact, high toughness stainless steel, with excellent anti-rust capability, corrosion resistance, wear resistance (high hardness) performance and ideal impact resistance... Its excellent corrosion resistance is comparable to TYPE 304 Stainless steel; and its rust resistance is closer to alloy for surgical implant. Unmarked, with 5% Neutral salt spray test (ASTM B117), it doesn't rust after 1000 hours. Wide range of applications, quite good and stable quality, which can be used to produce extremely complex, high-precision shank shapes and profile ultra-sharp edge structures. Abutment In dentistry, a herbal teeth or implanted teeth substitute, used to supportor anchor a fixed or removable prosthesis. A helping shape to sustain lateral or horizontal pressure, as the anchorage enamel for a constant or detachable partial denture. A tooth, root, or implant that helps and affords retention for a constant or detachable dental prosthesis.

A Kirschner wire (also called a K-wire) is a thin wire or pin that can be used to stabilize bone fragments. These wires can be drilled through the bone to hold the fragments in place. They can be placed percutaneously (through the skin) or can be buried beneath the skin. K-wires come in different sizes, and as they increase in size, they become less flexible. K-wires are often used to stabilize a broken bone and then removed in the office once the fracture has healed. The wires can also be threaded to help prevent movement or backing out of the wire, although that can also make them more difficult to remove. Universal Torque Ratchet - Instructions for use Changing the ratchet wheel: Draw again pin in the route of arrow on each facets with thumb and index finger and then take out or insert ratchet wheel respectively. After change let the pin snap back. Attention: The ratchet wheel can only be inserted from one side.