Features Made from durable aluminium alloy with 304-grade bright stainless-steel reflectors. Equipped with VPOWER quartz short-wave infrared halogen lamps with a service life of 5,000–7,000 hours. Easy to operate—simple mechanical control dial allows you to set the curing time according to paint requirements. Extrusion-molded aluminium alloy locking system, adjustable for both strength and convenience. Industrial-grade “H-shaped” stand ensures stability and allows positioning even between vehicle wheels. Lightweight yet robust aluminium alloy frame for long-lasting durability. Advanced control and display system for precise curing time and temperature settings. The cassette can move up and down and rotate 360° for maximum flexibility. Technical Data Input Voltage: AC 200–240 V, 50/60 Hz Power: 1 × 1000 W Time Setting: 0–60 min adjustable Temperature Range: 30–100 °C Curing Area: 800 × 450 mm Overall Dimensions: 580 × 500 × 1600 mm Packing Dimensions: 1650 × 230 × 585 mm

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Generally speaking, higher temperatures produce shorter infrared wavelengths. In automotive refinishing, the key difference between long-, medium-, and short-wave infrared is the depth to which each penetrates the paint film and the level of molecular excitation it creates. Infrared curing offers a major advantage: it heats only the objects within its direct line of radiation, delivering energy precisely where it’s needed. As infrared energy excites the molecules in both the paint layer and the substrate, heat transfers back through the coating via conduction. Short-wave infrared goes a step further by enabling two-way curing: radiated energy cures from the surface inward, while conducted heat moves outward from the substrate. This dual action produces exceptionally thorough through-cure results. Because short-wave infrared reaches high temperatures quickly, it dramatically accelerates drying compared to traditional convection methods. Conventional curing often leads to surface skinning before solvents can escape, risking solvent pop (a pinhole defect). Short-wave infrared avoids this by curing deeply and uniformly. Another significant benefit is efficiency. Infrared curing uses far less energy than convection-based systems, delivering faster, higher-quality results at lower operating costs. This combination of speed, performance, and efficiency is what sets our units apart. Features: Made from aluminium alloy and 304 grade bright stainless steel reflectors. Equipped with VPOWER's 21" quartz short wave infrared halogen lamps Automatic device, equipped with LED electronic timer and power settings. Hydraulic lifter with independent switch and 360' rotation. With pulse ultrasonic paint curing function.  Power supply of 200-400V, 50/60Hz and 3 x 1100W     Curing area of 1200mm x 1000mm.  Adjustable temperature range of 40'C-100'C. Adjustable timer of 0min-99mins. Temperature setting is available. Automatic overload protection. Each emitter can be independently controlled.  Reduce energy costs by up to 75%. Longest cure time of no more than 15 mins. Penetrates deeper into an object, giving better quality curing. Paint cured within minutes, without residue. Preheating function, anti-moisture and anti-fog.  

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