UV dryer
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One-Sided continous-dryers Application: For drying and polymerization of uv screen inks, uv glue, for printed circuit boards, laminated materials, plastic, paper, glass, metal and other printed materials in flow process. Machines of BE type can be delivered with working width of 35 to 260 cm and lamp power of 80 to 200W/cm and can be equipped with 1 to 3 bulps. Design: Compact, space saving steel construction, belt speed 0,5 – 12 m/min stepless controllable (other ranges possible), electronical lamp cooling system, easy and fast lamp exchange, alu lamp casing with uv bulp with 120 W/cm...

Double-Sided continous-dryers Application: Uv curing and uv post-polymerisation of photoimageable soldermask on printed circuit boards and flex-boards. Advantages: The developed soldermask will be final uv cured in addition to the final thermal curing process. The postpolymerisation process improves the surface characteristics of the solder mask regarding resitance to chemicals in the nickel gold bath, during hot air levelling, in chemical or galvanic tin bath along with the electric surface properties. Exposure time can be reduced to a minimum because the final properties are realized by...

Application: The Slimsize uv dryer is ideal for use in existing systems and is suitable for products such as paper, cardboard, foil, glass, circuit boards, plastics, wood and metal. Due to its overall width of only 600 mm it can be integrated in any system concept (also later on). The UV-dryer is available with one UV lamp or as double-sided UV dryer with one UV lamp above and 1 below the product. Design: Steel structure in Slimsize version, belt speed in the range 1:10 infinitely adjustable, electronically controlled cooling system, radiator power continuously variable 20-100%, simple and...

UV curing unit BE 35 BETC Application: For uv curing of conformal coatings and solvent-free thick film lacquers on pcbs or other 3D objects such as: uv thick film lacquers TWIN CURE ® from Peters Lackwerke or Dymax Corp. and other uv products. Design: PFT-conveyor belt with suction/cooling system, max. working width 350 mm, max. working height adjustable between 25 and 95 mm, belt speed adjustable in the range of 1:10, i.e. 2-20 m/min, optional electronic controlled lamp system, easy and fast replacement of UV lamps, special reflector for optimized focus of uv radiation, integrated...

UV dryer with Edge Conveyor Application: Uv-drying and curing of all uv reactive materials, i.e. conformal coatings, glues, resins and uv inks. Useable for stand alone and inline production. Design: The continuously adjustable power control of the lamps between 40 and 100 % uv output enables an optimal adjustment of the uv power ( 500–5000 mJ/cm² ) to the belt speed ( 0,3 to 3,0 m/min ). Advantages: UV-cross linking during fast horizontal transport, controlled uv dosis on substrates, flexible adaptation to different process requirements, program storage in the PLC control. Technical Data:...

Application: For drying and polymerization of inks, coatings and glue, for printed circuit boards, laminated materials, plastic, paper, glass, metal and other printed materials in flow process. The lamp power lasts from 80 to 200W/cm and the machines are equipped with 1 or 2 uv lamps. This uv dryers are used for laboratory operation or small size production. Design: Teflon belt (ptfe-coated), with maintenance-free adjustable belt drive 0,5—12 m/min (optional other range), belt width 220 mm with 1 or 2 UV lamp units with special aluminum reflectors or (upon request) with selective filters...

UV-IR Laboratory dryer BE 20 Application: For drying and polymerization of uv screen inks, uv glue, for printed circuit boards, laminated materials, plastic, paper, glass, metal and other printed materials in flow process. The lamp power lasts from 80 to 200W/cm and the machines are equipped with 1 to 3 uv lamps. As well as to 3 IR modules. This uv dryers are used for laboratory operation or small size production. Design: Teflon belt (ptfe-coated) or stainless steel belt, belt width 200 mm with uv lamps , with special aluminum reflectorsmit or (upon request) with selective folters for...

Application: For drying and polymerization of uv screen inks, uv glue, for printed circuit boards, laminated materials, plastic, paper, glass, metal and other printed materials in flow process. Design: Complete unit ready for operation with one uv lamp unit, the electric control is located in the transportation device, designed for uninterrupted operation in drying of small sized materials. The uv bulb is located in an air-cooled casing with aluminum reflector, with counter for operation hours, power switch, lamp ON/OFF, 100%/50% lamp power and stepless speed control (approx. 1-12 m/ min)....

LED UV dryer BE 20 Application: UV-curing drying inks, printing inks, coatings, adhesives and other UV-sensitive materials by polymerization rather than evaporation of solvents. So far, conventional mercury UV lamps were used for the cure, but meanwhile, the efficient, environmentally friendly UV-LED technology is a proven and superior alternative. Unlike mercury vapor lamps, the LED curing use semiconductor-based LEDs to generate ultraviolet (UV) light. BELTRON relys on the UV-LED technology's advantages with maximized performance, reliability and UV energy. Design: The complete turnkey...

Application: UV-curing drying inks, printing inks, coatings, adhesives and other UV-sensitive materials by polymerization rather than evaporation of solvents. So far, conventional mercury UV lamps were used for the cure, but meanwhile, the efficient, environmentally friendly UV-LED technology is a proven and superior alternative. Unlike mercury vapor lamps, the LED curing use semiconductor-based LEDs to generate ultraviolet (UV) light. BELTRON relys on the UV-LED technology's advantages with maximized performance, reliability and UV energy. Design: The complete turnkey unit is equipped with...

LED UV dryer BE 7 Application: UV-curing drying inks, printing inks, coatings, adhesives and other UV-sensitive materials by polymerization rather than evaporation of solvents. So far, conventional mercury UV lamps were used for the cure, but meanwhile, the efficient, environmentally friendly UV-LED technology is a proven and superior alternative. Unlike mercury vapor lamps, the LED curing use semiconductor-based LEDs to generate ultraviolet (UV) light. BELTRON relys on the UV-LED technology's advantages with maximized performance, reliability and UV energy. Design: The complete turnkey...