新東工業 List of Products and Services

Laser marking is a non-contact processing technology that permanently marks surfaces using laser light. It can mark various materials such as metals, resins, ceramics, and rubber, allowing for the engraving of not only Japanese and alphanumeric text but also 2D codes, serial numbers, and VIN numbers, which are utilized for the traceability management of parts and products. 【Overwhelming Cycle Time】 It achieves finer and deeper markings with less processing time. Compared to similar models, it can process in about one-fifth the time, which can be expected to improve productivity. 【Marking That Does Not Fade Even After Post-Processing】 It provides deep markings that can be clearly read even after processes such as heat treatment and shot blasting. The permanence of the markings contributes to traceability. 【Contributing to Energy Savings】 Compared to similar models, it enables laser processing with lower power consumption. This not only reduces costs but also contributes to the reduction of energy consumption in customer factories.

**What is Laser Cleaning?** Laser cleaning is a new cleaning method that involves irradiating a target object with laser light, utilizing the evaporation of contaminants and shock pressure to detach them from the material. By directing the laser at the area to be cleaned, the contaminants are evaporated through energy absorption, while simultaneously, plasma is rapidly generated on the irradiated surface, causing the target contaminants to be removed from the base material due to the shockwave and thermal expansion pressure. **Advantages of Laser Cleaners** 1. **Almost Zero Damage to Materials** As a non-contact cleaning method, it allows for the removal of contaminants with very minimal damage to the base material. There is no concern about scratches or dents on the surface. 2. **Almost No Running Costs** Since there are hardly any consumable replacements needed, the running costs are primarily just electricity. Additionally, there is minimal maintenance required for the laser head, reducing maintenance burdens. 3. **Precision Application** There is no need for preliminary processes such as masking, allowing for cleaning to be performed only on the desired areas, thereby improving productivity. 4. **No Chemicals Required, Minimal Waste Generation** No chemicals or consumables are needed during the cleaning process. Furthermore, the generation of waste is very minimal, making it an environmentally friendly technology.

By forming patterns such as dimples and grooves, it improves properties such as adhesion, wettability, electrical conductivity, thermal conductivity, and friction. It can enhance adhesion as a pre-treatment for coatings like adhesives, paints, and ceramics. 【Benefits of Laser Texturing Processing】 1. Almost zero damage to the material Since it is a non-contact cleaning method, it can remove objects with very little damage to the base material. There is no concern about scratches or dents on the surface. 2. Almost no running costs Since there is hardly any need for consumable replacements, the running costs are primarily just electricity. Additionally, maintenance of the laser head is minimal, reducing maintenance burdens. 3. Pinpoint application is possible There is no need for prior processes such as masking, allowing for application only on the areas that need texturing, thereby improving productivity. 4. No chemicals required, and very little waste generated No chemicals or consumables are needed during cleaning. Furthermore, the generation of waste is very minimal, making it an environmentally friendly technology.