Plastic industry

When infrared radiation comes into contact with plastic materials, the molecules and atoms inside the plastic absorb infrared energy, generating high-frequency vibrations and friction, converting light energy into heat energy, causing the plastic to quickly heat up. By adjusting the lamp power, irradiation distance, and infrared wavelength, the heating temperature and range of plastic can be precisely controlled to meet the process requirements of plastic molding, welding, and hot bending.

We encourage innovative thinking and continuously seek improvement and breakthroughs to meet customer needs and lead industry development.

We can customize the matching lamp type suitable for your R&D innovation according to your needs, cooperate with your R&D innovation and workshop process upgrade, and keep up with the ever-changing market trends.

Infraered Lamp Solutions

Application of IR lamps in Plastic Industry

Compared with traditional cutting, QUICK LASER cutting technology offers benefits such ashigh precision, strong adaptability, low noise and good cutting quality. For some complex processing operations that are typically carried out usiAfter being powered on, the infrared heating lamp emits infrared radiation, and the plastic absorbs energy to quickly heat up. It has obvious advantages in the plastic industry: fast heating, shortened molding, welding and other process time; Accurate temperature control to prevent plastic from overheating and deformation; Suitable for various plastic materials, applied in multiple processes such as injection molding and vacuum forming; Concentrate heat, save energy and reduce consumption.ng large abrasive tools, the application of laser cutting technology eliminates the need for these tools while ensuring cutting quality.