Degranulation Burs Degranulation Cleaning Bone Burs Kit

Application domain: dental

Material: stainless steel, diamond, carbide

Designed to help prepare sites for grafting. Cleaning the site effectively is a key stage in any bone grafting procedure, removing all degranulation tissue to give the graft direct contact to healthy bone.

Each bur has diamond edges, specifically designed to grab tissue without damaging the bone. They are reusable and are ideal to prepare a site for grafting.

Effectively preparing a site for grafting is a key part of the procedure – any remnant degranulation tissue can have a significant impact on the body’s ability to regenerate new host bone, causing infection and/or graft failure.

It is vital that any graft material is placed in direct contact with the surrounding host bone. Degranulation Burs are highly effective at removing all soft tissues from the site whilst maintaining the integrity of the surrounding healthy bone, complementing the use of traditional hand curettes and making a critical part of the grafting process simpler and quicker.

Key Features & Benefits

Designed morphologically to remove soft tissues without harming the bone

Quick and effective debridement

Precision manufacture - diamond edges do not grab the bone compared to traditional tungsten burs

Excellent for preparing a defect for bone grafting

ASTM440Mod+SDC

ASTM440Mod

(Super-high rust-proof stainless steel A+) (hardened HRC60°±2°Section)

Ultra-high anti-rust, high-sharpness and super-high wear-resistant stainless steel, with super-high wear resistance (super high hardness) performance and high standards of rust and corrosion resistance. It has a service life of 2 ~ 3 times longer than that of general stainless steel. The cutting edge keeps for a super-long time of cutting sharpness. Unmarked, with 5% Neutral salt spray test (ASTM B117), it doesn't rust after 300 hours, which meet FDA high standard. If for repeated use, it is recommended to clean and dry it in time after every surgery.

Wide range of applications. With excellent abrasion resistance and sharpness, it can be used to produce extremely complex, high-precision handle shapes and formed super-sharp edge structures.