Our Products
Dental Implants
• Simple Inventory:
Small Ø 3.5 (L 9,11,13)
Medium Ø 4.5 (L 9,11,13)
Large Ø 5.5 (L 7,9,11)
• Flap or flapless surgeries
• Centering tip
• Self-inserting
• Gingival knives
• Bone reservoirs
• Precise fit without bone pressure
• Rough surface texture
• Collar: polished occlusal 1/3
Dental Implants
• Simple Inventory:
Small Ø 3.5 (L 9,11,13)
Medium Ø 4.5 (L 9,11,13)
Large Ø 5.5 (L 7,9,11)
• Flap or flapless surgeries
• Centering tip
• Self-inserting
• Gingival knives
• Bone reservoirs
• Precise fit without bone pressure
• Rough surface texture
• Collar: polished occlusal 1/3
Implant Driver
• Does not engage the prosthetic interface.
• No drop feature with O-ring retention.
• Snaps in and out of the implant.
• Does not engage the prosthetic interface.
• No drop feature with O-ring retention.
• Snaps in and out of the implant.
Temporary Abutments
• Made of biocompatible PEEK resin.
• Does not engage the prosthetic interface.
• Retained by O-ring.
• Handling with a cotton plier.
• Made of biocompatible PEEK resin.
• Does not engage the prosthetic interface.
• Retained by O-ring.
• Handling with a cotton plier.
Scanning and Impression Post
• Made of biocompatible PEEK resin.
• Does not engage the prosthetic interface.
• Retained by O-ring.
• Handling with cotton plier.
• For closed tray impression and optical scanning
• Made of biocompatible PEEK resin.
• Does not engage the prosthetic interface.
• Retained by O-ring.
• Handling with cotton plier.
• For closed tray impression and optical scanning
Titanium Abutments
• Made of titanium.
• Engages only once in the implant.
• Engaging or not.
• Flexible engagement.
• Multi-Unit compatible.
• One-piece Zest abutment.
• Made of titanium.
• Engages only once in the implant.
• Engaging or not.
• Flexible engagement.
• Multi-Unit compatible.
• One-piece Zest abutment.
Zirconia Components
• Titanium base.
• Crowns and abutments are milled in the lab.
• No glue between zirconia and base.
• The screw clamps the zirconia to the implant.
• Titanium base.
• Crowns and abutments are milled in the lab.
• No glue between zirconia and base.
• The screw clamps the zirconia to the implant.
Prosthetic Screws
• Made of titanium alloy.
• Stretchable zone for optimal pre-loading.
• Torx T5 screwdriver.
• Conical head for zirconia abutments/crowns.
• Square head for titanium abutments.
• Coated threads for Loctite effect.
• Delivered pre-lubricated.
• Always torqued at 35 Ncm.
• Made of titanium alloy.
• Stretchable zone for optimal pre-loading.
• Torx T5 screwdriver.
• Conical head for zirconia abutments/crowns.
• Square head for titanium abutments.
• Coated threads for Loctite effect.
• Delivered pre-lubricated.
• Always torqued at 35 Ncm.
Driver and Torque Controller
• O-ring for no-drop feature.
• Plastic torque driver mounts on driver handle.
• New torque driver used for each case.
• Wings skip at 35 Ncm.
• Wings do not skip during counter turns.
• O-ring for no-drop feature.
• Plastic torque driver mounts on driver handle.
• New torque driver used for each case.
• Wings skip at 35 Ncm.
• Wings do not skip during counter turns.
Laboratory Platform
• All prosthetic interfaces are protected by a titanium sleeve.
• All laboratory steps are performed with the protective sleeve.
• The sleeve is retained by a central O-ring.
• The 2 external O-rings are used as dust seals.
• The platforms are placed in the casts with a transfer post.
• The platforms are bonded to 3D printed models.
• The sleeve is kept until the prosthetic delivery.
• All prosthetic interfaces are protected by a titanium sleeve.
• All laboratory steps are performed with the protective sleeve.
• The sleeve is retained by a central O-ring.
• The 2 external O-rings are used as dust seals.
• The platforms are placed in the casts with a transfer post.
• The platforms are bonded to 3D printed models.
• The sleeve is kept until the prosthetic delivery.
Titanium 3D Printed Abutments
• This technology is not possible without the protection of a sleeve.
• The base is fixed flush on the printer bed.
• 200 abutments can be printed simultaneously.
• A thin layer of ti powder is placed on the printer bed.
• A laser sintering melts the powder to the bases.
• Layers after layers are melted together.
• The excess powder is vacuumed away.
• This technology is not possible without the protection of a sleeve.
• The base is fixed flush on the printer bed.
• 200 abutments can be printed simultaneously.
• A thin layer of ti powder is placed on the printer bed.
• A laser sintering melts the powder to the bases.
• Layers after layers are melted together.
• The excess powder is vacuumed away.
Titanium Milled Abutments
• Dess cylinders are milled in laboratories.
• During the milling, the prosthetic interface is protected by the sleeve.
Controlled Surgeries
• Control templates brings additiona precision in implant placement.
• Control templates sit on teeth or mucosa.
• They can be steam sterilized.
• They only assist the dentist with direction and depth of the implant platform.
• The implant length is under total control of the dentist.
• The same control template can be used for every implant length.
• Control templates brings additiona precision in implant placement.
• Control templates sit on teeth or mucosa.
• They can be steam sterilized.
• They only assist the dentist with direction and depth of the implant platform.
• The implant length is under total control of the dentist.
• The same control template can be used for every implant length.
Abutment Extractor
• Used when the abutment can’t be removed by hand.
• Insert the extractor into the abutment chimney.
• Turning the central screw will spread 3 locking balls into the abutment groove.
• When the central screw reaches the bottom of the internal thread, the undamaged abutment will become free.
• Used when the abutment can’t be removed by hand.
• Insert the extractor into the abutment chimney.
• Turning the central screw will spread 3 locking balls into the abutment groove.
• When the central screw reaches the bottom of the internal thread, the undamaged abutment will become free.
