Standard Filter



Standard Filter

UV range Visible range IR range
The short-wave cut-off location can only be influenced by the
different types of glass.
The coating only induces
a mirroring effect. technical modifications are barelyor not offered.		 There is hardly any reduction in the IR range, whitch is why the heat emission is
very high.
There is no protective coating whitch prevents solarisation.
    
The maximum transmittance
in the UV range is < 88%		    
     

Opcoms filters and possible modifications


Spektrum Opcoms Filter

UV range Visible range IR blocking
The cut-off location is
adjustable by using different
coatings. The stepness of
the transmittance curve
at the cut-off location can
be influenced. The result
is 25% more UV withhin
the sameTE time.		 Color rendering and image
are variable.
A maximum blocking
of under 3% is possible.
The polarisation
is variable.		 Even low blockings in the
IR range perceptably
reduce heat emission
through the filter.
A maximum blocking of
up to 2500 nm
is possible.
Intermediate blockings
are possible to exclude
selected UV ranges.		    
A special coating in the
range of 280 nm ensures
that no solarisation occurs.
By using antireflection
coatings transmittance
in the UV range of 96%
can be reached.		    



Market overview of existing systems


Blaufilter


Blue filters

A traditional older filter technology
with little innovation scope.


Standard coatingfilter


Standard coating filter

Higher efficiency in the UV range compared
to blue filters
UV cut-off location variable
High-end image



Advantages of Opcoms: Filters you won't find anywhere else.


Technology

  • Filters for all ranges (UV, VIS, IR) developed to customer's specifications
  • Large dimensions possible (e.g. 950 x 360)
  • No solarisation throughout life span
  • Available thermally or chemically tempered
  • Curved filter panes possible

Marketing
  • Customized branding on the filter pane
  • Appearance of the filter pane adjustable in off-state (silver, gold) and
    on-state (blue, green, red)
  • Competitive edge in market

Advantage for the manufacturer and the operator of the tanning salon
  • Due to filter panes with very good blocking effects in the IR range expensive
    glass reflectors are dispensable
  • Cooler acrylic surfaces conserve the material
  • Confortable temperatures of the tanning bed (extended tanning time possible)
  • Less ventilation necessary (the device is quiter and more conffortable)
  • Air conditionings can be reduced extensively
  • Cooling of the salon can considerably be reduced
  • The use of cooling components and their complex developments is minimized
  • High energy saving  due to the dispensability of cooling devicesand ventilations

Subject to technical changes.