Laser cutting in the production of electrical equipment

It's no secret that electrical equipment critically requires precision manufacturing. Therefore, the production of switchgear, distribution boards, electrical equipment, and other equipment is increasingly using laser cutting technology. This allows for precise maintenance of required component dimensions, thereby ensuring the safety of future use. Incidentally, a wide range of switchgear equipment is available here. https://abc-energy.ru/schity-i-ustrojstva-etazhnye/korpus-dlya-shchitka-etazhnogo-shche/.

Advantages or when is laser cutting cost-effective?

There are a huge number of technologies for cutting metals and other materials. It's important to note that each method has its advantages and disadvantages. Therefore, it's important to use the most appropriate option for each specific task. Laser cutting offers maximum precision (down to tenths and hundredths of a millimeter), but the cost increases significantly with greater thickness. However, when it comes to the production of electrical equipment, where all design dimensions are critical, laser cutting is the best solution.

When considering why laser cutting is truly the right choice for the production of ЩАП, ВРУ, ШЧЭ, UEРМ, and other equipment, it's worth noting the following short list of advantages:

• Maximum precision (as well as the safety of further use of the equipment, since geometric inaccuracies are excluded and the insulation characteristics of the equipment are fully observed);
• Production productivity (laser cutting can be performed at high speed without compromising cutting accuracy);
• Minimal involvement of the human factor (defects and worker errors are practically excluded);
• Completely eliminates deformation of the cut workpieces. Since the laser beam has no mechanical impact, the material lies freely on the surface, and a jet of compressed gas, striking the surface parallel to the laser beam, cools the edges and eliminates thermal deformation;
• Cost savings. While laser cutting is far from the cheapest technology, its precision and productivity allow for savings on expensive electrical materials. Production produces less waste and defects, which translates into lower production costs.

Considering the above advantages, most electrical equipment manufacturers are actively using laser technology. And the company https://abc-energy.ru/vru/ also actively uses it.

While purchasing laser equipment, maintaining it, hiring qualified personnel, and the actual cutting costs may seem expensive, the end result—the quality of the product—more than offsets the costs.

Precise manufacturing of electrical panel equipment, switch cabinet cubicles, and other electrical components ensures personnel safety and long-lasting equipment operation. Therefore, this technology is the primary cutting method used in the modern production of switchgear, switchgear, electrical control panels, and other electrical components.