Our shortwave infrared systems for printed electronics are ideal for curing, drying and sintering in various printing processes. They optimize the production of printed circuit boards, luminous films, batteries and sensors.
The production of printed electronics for temperature sensors, flexible displays, or even chips and solar cells requires increasingly sophisticated processes where conventional technologies often reach their limits. Sensitive substrates, complex inks and special curing methods require precise and efficient solutions. Infrared systems offer an effective way to overcome these challenges.
Targeted heating and drying of functional inks and coatings minimizes substrate heating, which reduces energy consumption and preserves material properties. Our infrared solutions for printed electronics are custom-designed and tailored to your printing process, the specific production step, and the material with its unique properties. The non-contact and fast infrared heat allows your electronic components to be efficiently dried, heated or cured, resulting in sustained performance improvements, enhanced quality and increased production efficiency.
Whether for drying conductive inks and functional coatings, sintering or thermal curing - MICOR infrared systems are versatile and offer flexible solutions to meet the diverse requirements of printed electronics manufacturing.
MICOR represents 45 years of market and technology experience. Our products are continuously refined and utilize our unique MICOR *NIR technology, which features instant on/off capability, eliminating the need for preheating or cooling times. Our products are ATEX certified and comply with EU regulations.
All of our infrared products are precisely tailored to your application in terms of power and size, and can be seamlessly integrated into existing systems.
Are you unsure which infrared solution is right for your application? Contact us! We offer free, no-obligation consultations.
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