172nm Dental Implant Hydrophilic Activation Module

The GMY 172nm Photomodification Module serves as the premier vacuum-compatible solution for activating the hydrophilicity of dental implants. Through precise 172nm excimer technology, the module purifies titanium surfaces by breaking down organic hydrocarbons, which drastically enhances TiO2 bioactivity and osseointegration. Designed for seamless device integration, this module stands out with its high power output, minimal thermal impact, rapid reaction cycle, and extensive, homogeneous beam coverage.

Storage Temperature (℃) :
-40
Vacuum Degree (kPa) :
50
Startup Time (s) :
0.7
Working Time (s) :
10
Service Life (times) :
10000
Input Power :
120
Input Current (A) :
5
Input Voltage (V) :
DC24

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Application Fields

172nm excimer light sources are used for surface modification of materials to enhance properties such as surface hydrophilicity and adhesion.

Surface modification for processes including pre-treatment for film deposition, MEMS packaging, 3D packaging, wafer bonding, as well as hydrophilic modification of dental implants, battery materials, titanium, aluminum foil, and other materials.

172nm Photomodification Module

The GMY 172nm Photomodification Module is the core engine for dental implant hydrophilic activators,

engineered for vacuum surface treatment. Utilizing 172nm excimer technology, it removes hydrocarbons and activates superhydrophilicity on titanium surfaces in just 10 seconds to enhance bioactivity.

The module features high energy density, uniform coverage, and a 0.7-second instant startup,

while its cold-light operation prevents thermal damage.

Rated for a 50 kPa vacuum with a 10,000-cycle lifespan, it is fully customizable to fit your proprietary device designs.

OUR Advantages

1. Customized solutions based on your application demands
2. 10 days delivery from design to production
3. Zero development cost | Customizable for single unit

Key Features

01 Fast-Paced Modification

High-energy 172nm output drastically cuts down treatment duration.

02 Minimal Thermal Stress

Cold-light operation safeguards materials against heat damage.

03 Seamless Beam Uniformity

Broad and even coverage guarantees flawless, edge-to-edge modification.

04 On-Demand Activation

Rapid startup delivers immediate performance with zero waiting.

05 Heavy-Duty Longevity

Built for long-term endurance and flawless, uninterrupted operation.

06 Versatile Environment Sync

Maintains high consistency under extreme vacuum and cold conditions.

07 Custom Services

Flexible, client-specific R&D solutions to fit your exact product footprint.

Certifications & Compliance

ISO

ISO 9001/14001

Certified quality management system ensuring premium manufacture standard.

CE

CE Certified

Fully compliant with European health, safety, and environmental protection legislation.

RoHS

ROHS Compliant

Eco-friendly manufacture completely free from hazardous substances.

UL

UL Certified

Premium North American electric security and fire prevention compliance standard.

FAQ

QWhat is the primary application of this module?

It serves as the core power source for dental implant hydrophilic activators. It modifies titanium surfaces in a vacuum chamber right before surgery to achieve rapid osseointegration.

QWhy choose 172nm excimer light over standard UV?

172nm vacuum ultraviolet (VUV) light carries much higher photon energy. It breaks down organic hydrocarbons on titanium surfaces at a molecular level, completing the activation in just 10 seconds.

QDoes the module generate heat that could damage implants?

No. It utilizes cold light source technology for low-temperature operation. This effectively minimizes thermal stress and prevents any heat-induced material degradation.

QCan it operate reliably in high-vacuum environments?

Yes. The module is fully optimized for vacuum systems, delivering highly consistent and stable optical performance at vacuum degrees up to 50 kPa.

QDo you offer OEM/ODM customization services?

Yes. Backed by a professional R&D team, we provide tailored solutions for power input, physical dimensions, and structural designs to fit your specific dental device housing.

QDoes it require preheating, and what is its lifespan?

No preheating needed. It features an instant startup time of just 0.7 seconds and is engineered for a long service life of up to 10,000 cycles.