3D PRINTED TEMPLATE
DIGITAL IMPLANT DENTISTRY: Extremely accurate, user friendly 3D printers provided by the world’s most experienced name in 3D printing machines, produce the MGUIDE surgical templates. The MGUIDE surgical set is comprised of tools and instruments specially engineered to optimize the guided implant placement procedure. The open wire-frame design of the MGUIDE template allows an open field of view during surgery, where anesthesia and irrigation are accessible from all angles without removing the template. Raised flap surgery can also be more easily performed. The template is constructed from a strong durable and biocompatible material.
MIS MGUIDE: ON THE CUTTING EDGE OF DIGITAL IMPLANT DENTISTRY
Extremely accurate, user friendly 3D printers provided by the world’s most experienced name in 3D printing machines, produce the MGUIDE surgical templates.
The MIS MGUIDE surgical set is comprised of tools and instruments specially engineered to optimize the guided implant placement procedure.
MGUIDE Surgical Kits
MGUIDE surgical kits simplify the implantology process by eliminating the need for traditional guidance keys. Specially designed sleeves and drills stop at the precisely planned position and depth, freeing-up hands and saving valuable time. MIS has a comprehensive set of surgical kits which include:
- Conical Connection Surgical Set for V3 and C1 implants procedure Internal Hex.
- Surgical Set for SEVEN implant procedure
- Narrow Sleeve Kits - for both conical and internal hex. connections, ideal for implant placement in mandibular anterior regions, between teeth and where standard sleeves are too large
- Universal Pilot Drills Kit - suitable for all MIS implants models, and used for first stage implantation procedures
MGUIDE Template
The open wire-frame design of the MGUIDE template allows an open field of view during surgery, where anesthesia and irrigation are accessible from all angles without removing the template.
Raised flap surgery can also be more easily performed. The template is constructed from a strong durable and biocompatible material. The 3D CAD/CAM design ensures the highest level of accuracy. The lightweight template design is an added benefit for patient comfort as well.
