EXC lamps
GEW’s EXC lamp systems utilise dielectric barrier discharge (DBD) lamps to produce quasi-monochromatic vacuum ultraviolet radiation, typically at 172nm. This radiation is commonly used for mattification of surface coatings, modification of surface tension for improved adhesion or surface cleaning for semiconductor and medical industries.
GEW EXC lamps can be produced from 12-230cm and can be custom integrated for your specific application including provision for all required nitrogen inerting and control. They are also seamlessly integrated into the wider GEW UV systems which may be required for gelling or post-cure so that GEW can provide a turnkey curing/cleaning solution for your process. Our experienced engineers also ensure rigorous adherence to international safety standards.
Benefits of EXC
- Mattifying –
- On/off instantaneous matting
- Additive free coatings for increased durability and process simplification
- Gloss levels >2 G.U.
- Fully integrated into pre-gelling and final cure UV system
- Cleaning –
- High efficacy cleaning on a wide range of semiconductor substrates
- Non contact
- Surface modification –
- Significant increase in surface energy
- Cold process for heat-sensitive materials
- Low energy, high-efficiency UV generation (up to 40%)
EXC gallery
EXC specification
| Max electrical power | 5W / cm |
| Peak wavelength | 172nm* |
| Irradiance at focal point | 30mW / cm² |
| Maximum length | 230cm |
| Standard cross section | 164mm W x 130mm H |
| Cooling | N2 / Air |
| Standard max operating temperature | 40°C (104°F) |
| Standard max humidity | Non-condensing |
Speak directly to a sales representative
These products use excimer (or exciplex) dielectric barrier discharge (DBD) lamps as the UV light source. Primarily used to produce vacuum ultraviolet (VUV) radiation, GEW can supply many variations and widths to suit a wide range of applications.
To find out more about EXC, contact us now on one of the options below.
International Sales:
Marcus Greenbrook
Director, International Sales
Email Marcus directly
