| Miltec UV equipment is
among the highest UV output in the world. When you buy UV
equipment, you are paying for UV output. When you are
considering purchasing UV equipment, always insist that your
potential UV equipment vendor provide you with the
documented proof of "UV Output" to make sure you are getting
what you pay for. |
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Conveyor Mount Style, Focus adjustable
The conveyor mount style lamp housing is designed to
retrofit your existing conveyor or one provided by Miltec
UV. Optionally, we can provide manual or automatic focus
adjustment or hinged lift mechanism for conveyor acces.
Lamp are available from 6" to 90" in length.
Standard output is 450 watts/in.
Optional 650 watts/in., up to 42" length.
Heat reducing cold mirror reflectors are standard.
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Panel Cure UV System
The PanelCure UV
system is specifically designed for applications like
cabinet door panels, drawer fronts and other components
which need leading edge, trailing edge, side and top curing
in a single pass. Utilizing a compound angle and pitch array
of only 2 lamps, we can achieve 3 dimensional curing for
products up to 3" high.
The HPI Panel Cure system operates at 650 watts per inch and
is capable of running mercury, gallium additive and iron
additive lamps. |
Labcure UV System
Our LabCure UV system comes in a variety of configurations
to accomodate your application, ranging from our
LabCure-Mini (tabletop version) to our LabCure Pro
(free-standing version).
Contact Miltec for details and literature.
410-604-2900
sales@miltec.com |
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Web Base Mount Style
The split web base lamp style is designed for continuous web
applications. We add a secondary "bottom" vented base
section for light shielding beneath the substrate. The web
base is hinged for easy product access and also incorporates
a built-in probe guide assembly which allows you to use a
probe type radiometer at the exact focal point of the lamp
output for accurate UV readings.
For longer and heavier lamps housings, we also offer an
optional pneumatic lift system for raising the lamp system. |
Fiber and Wire Style
The specialized fiber and wire lamp system incorporates a
highly efficient and tightly focused 360° cure area.
Most fiber and wire processes run at very high speeds, so
this lamp system is available up to 20" in arc length and up
to 650 watts per inch.
The internal protective quartz tube and back reflector
assembly are easily accessed for cleaning and maintenance |
Nitrogen Inerted Chamber
The nitrogen inerted chamber provides low oxygen
environments, as low as 50 ppm, for special curing processes
requiring this type of environment.
The air-cooled lamp system is isolated from the curing
chamber by easy access quartz filter plates. The lamp system
also has a pneumatic lift system which allows for easy
product area access and maintenance.
The bottom of the cure chamber incorporates water cooled
plates for keeping heat emissions low. |
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Operator Controls
Miltec uses only industry standard Allen Bradley and Siemens
touch screens and PLCs. Each touch screen controller
is custom designed to provide simple operation for the
Operator, and to provide interactive graphical and video
troubleshooting guides for the Maintenance personel. |
Power Cabinets (CE certified)
Our NEMA style cabinets are custom designed for easy and
safe access for maintenance personal, and provide superior
cooling for the lamp power supplies, which translates into
increased power supply life, We offer both air
conditioned cabinets or conventional forced air cooling. |
Newest Technology
Miltec utilizes the newest available technologies in
controls and UV output. |
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MPI-400 Standard Features
Efficiency Sets global standard for high speed UV Curing of
inks and coatings.
• Highest peak irradiance UV energy at the focal point of
any UV system which improves cure speeds and coating
properties.
• Outperforms UV curing systems produced today in UV
intensity at the focal point.
• Increased UV output efficiency with Miltec’s premium
reflector and new Advanced Honeycomb RF Screen which
increases UV Peak Irradiance values by as much as 8%.
• High efficiency Elliptical Reflector is used to focus (or
concentrate) the UV light for maximizing the peak irradiance
on the substrate.
• Power supplies provided with dual power levels: 50% and
100%
Savings
• Uses 25% less electrical energy than the leading
competitor’s UV system.
• Reduced replacement parts costs versus the leading
competitor.
• Quick, easy bulb and component changes with Miltec’s
patented “Quick Release” Screen means less downtime and
labor savings. |
MP-400 Power Supply
Modular design easily retrofits existing microwave
powered systems using industry standard power
cables and interface logic.
Two power levels at 400 W/inch and 200 W/inch,
automatically or manually controlled as a function of
production speed to prevent overheating and over-curing at
slow production speeds.
Switching to low power when suitable for a curing
process significantly reduces energy consumption and results
in energy savings.
CE certified MPI-400 systems are available |
ML-400 Lamp Module
Standard 10 inch (25.4 centimeters) size utilizes two patent
and patent pending RF Screen technologies for cost savings
and enhanced production capabilities.
Patented RF Screen includes captive quick release fasteners
making removal possible in seconds for quick, easy
maintenance & significant savings in downtime and labor for
any production line.
Patent pending Advanced Honeycomb Screen design
features:
More open air area in the screen mesh pattern provides
increased UV energy delivered to the chemistry.
Provides higher UV peak irradiance which leads to
faster production speeds.
Proprietary optimum reflector material delivers more UV
light to the chemistry. Cold Mirror reflectors available if
additional heat reduction is required.
Significant improvement in air flow compared to
leading competitor:
Improved lamp housing design eliminates the unwanted air
leaks in the outer housing, resulting in more air to cool
the lamp and magnetrons. Leads to longer lasting bulbs and
magnetrons.
Stainless steel construction of outer housing with
brushed finish:
Robust for production environments.
Easy to clean and maintain in PM programs. |
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ML-400 with Back Reflector
Efficiency
• Most efficient UV curing system available today for
optical fiber curing.
• Highest peak irradiance UV energy at the fiber,
outperforming UV systems available today, results in
improved cure speeds and coating properties.
• Outperforms optical fiber UV curing systems available
today in UV intensity at the fiber.
• Increased UV output efficiency with Miltec’s premium
reflector and new Advanced Honeycomb RF Screen which
increases UV Peak Irradiance values by as much as 8%.
• High efficiency Elliptical Reflector is used to focus (or
concentrate) the UV light for maximizing the peak irradiance
on the substrate.
• FM Back Reflector included for optically focusing the UV
energy around the back half of the fiber.
• FM Back Reflector unique engineered design provides more
reflective surface area yielding higher irradiance and more
uniform UV light at the fiber than leading competitor’s uv
system. |
Custom Multi-lamp Light Shield
The MPI-400 Microwave powered UV system has a very
significant advantage over arc lamp UV systems. As an arc
lamp grows in length beyond 50 inches (127 cm), there is a
limit to the power density (watts/inch) at which it can be
operated. Thus, a 400 watt per inch lamp becomes a 300 watt
per inch lamp and as it gets even longer it becomes a 200
watt per inch lamp. The longer the lamp becomes, the power
density and the ability to cure diminishes. The MPI-400
modular lamp concept maintains a constant 400 watts per inch
for any length or width curing application while achieving
uniform UV energy across the single row of lamps.
By simply placing each ten inch lamp module adjacent to the
next lamp module, the UV peak irradiance output remains at a
very high level, thus, allowing for faster curing speeds
while consuming less electrical energy, resulting in an
extremely cost efficient curing system.
This explains why The MPI-400 is the preferred system for
any wide line curing application. |