|Place of Origin:||China|
|Certification:||TUV CE, ISO13485, ISO9001|
|Model Number:||Adin CLOSEFIT®|
|Minimum Order Quantity:||1PC|
|Delivery Time:||3-5 days|
|Payment Terms:||T/T, Western Union, MoneyGram|
|Material:||Stainless Steel 303F / GR5||Warranty:||12 Months|
|After-sale Service:||Online Technical Support||Compatible:||NP 3.0mm/ RP 3.5mm/ WP 4.3(5.0)mm|
|Properties:||Implant Materials & Artificial Organs||Product Tolerance:||+-0.01mm|
Adin CloseFit Implant Analog,
RP 3.5mm Dental Analog,
NP 3.0mm Dental Analog
WP 5.0mm NP 3.0mm RP 3.5mm Adin CloseFit Implant Analog
Adin CLOSEFIT® Analog Compatible with NP 3.0mm/ RP 3.5mm/ WP 4.3(5.0)mm
Stainless Steel 303F / Titanium GR5
* Precision machined up to ± 5µm
* Position indicator & Level stopper for 3D print & Stone model
* Anti-rotate design
Head that reproduces the implant system joint.
Position indicator and level stopper support precise positioning of removable gingiva mask.
Gentle retaining area to easily position the soft gum in the working model.
Effective circuit and self-locking cross retainers that, inside the plaster, provide extraordinary embedding even in cases of abutment drilling on model.
Its discrete size means that analogues can be easily fitted, despite the implants being close together or not parallel.
Approved by CE, ISO 9001, ISO 13485
The Adin CloseFit™ spiral implant system offers a unique, strong and solid conical-hex connection. The conical-hex connection enables implants to be used in all indications and regions, in the lower and upper jaw. The Morse-Taper connection minimizes micro-movements between the implant and abutment. Adin CloseFit™ spiral implant system is tapered-core implants with a spiral tap, promoting immediate stability. With their unique tip and double-lead thread design (2x1.2mm), these implants slice through bone unlike conventional self-tapping implants, which scrape the bone away as they tap. By repositioning bone as it is being inserted, Adin CloseFit™ implants can be placed at different angles for exceptional primary stability and optimal restorative orientation, along with improved esthetics with a better loading distribution.