plus
plus
Novel plasma technology
for Regenerative activation of dental implant
for Regenerative activation of dental implant
Contaminants of hydrocarbon are reduced from the surface of implant fixture by the vacuum plasma to attract
more blood and enhance osseointegration efficacy.
ACTILINK improves biocompatibility through more perfect implant surface treatment, improves the success rate of surgery, and shortens the stabilization period after surgery.
ACTILINK improves biocompatibility through more perfect implant surface treatment, improves the success rate of surgery, and shortens the stabilization period after surgery.
Super Clean Bio-Compatible of Bio-RAP™
Hydrocarbon (C atom)
Reduction more than 50%
KAIST KARA XPS (Jan. 27. 2021 / Jun. 5. 2020)
Initial Protein Attachment
Sejong University (Dec, 16 2020)
Hydrocarbon Reduction after Plasma Treatment
Before the Treatment
Carbon atomic ratio : 63.67%
Oxygen atomic ratio : 20.37%
Titanium atomic ratio : 04.22%
Binding Energy (eV)
After the Treatment
Carbon atomic ratio : 15.30%(△-43.87%)
Oxygen atomic ratio : 60.16(△+33.79%)
Titanium atomic ratio : 22.81%(△+18.59%)
Binding Energy (eV)
Improving
Hydrophilicity
Clean
Surface
Easy
Operation
Specification
| Model | ACTILINK plus |
|---|---|
| Size(W x D x H) | 170 x 302 x 345 mm |
| Weight | 10kg |
| Cycle Time | ~ 110 sec. |
| Maximum Slots | 4 |
Accessory
Depends on the loading adapter, ACTILINK plus can
process up to four materials at once and recognize
the type of material automatically
(compatible with fixtures, abutments and crowns)
Accessory Kit
Accessory Kit used by ACTILINK plus, which allows you to plasma treat fixture and abutment using Rocket Holder.
It can also be used as a fixture hand piece adapter for your implant fixture brand.
Loading Adapter
This is a loading adapter that can be used with ACTILINK plus.
Loading Adapter (4 Slots)
Innovative plasma treatment technology
verified through research and papers
verified through research and papers
Improvement of osseointegration efficacy of titanium implant through plasma surface treatment
Published: 30 August 2022 - https://link.springer.com/article/10.1007/s13534-022-00245-9
conducted by Hyungyu Lee, Hyun Jeong Jeon, Ara Jung, Jinwoo Kim, Seung Hun Lee, Hosu Kim, Moon Seop Yeom, Wonho Choe, Bomi Gweon, Youbong Lim
Published: 30 August 2022 - https://link.springer.com/article/10.1007/s13534-022-00245-9
conducted by Hyungyu Lee, Hyun Jeong Jeon, Ara Jung, Jinwoo Kim, Seung Hun Lee, Hosu Kim, Moon Seop Yeom, Wonho Choe, Bomi Gweon, Youbong Lim
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