Asansör üretiminde lazer kesimin avantajları
The booming development of China’s economy, especially the surge in real estate and infrastructure construction, has led to a surge in demand for elevators and related accessories. The elevator manufacturing and parts industry has entered a new stage of development, with the market size estimated to have reached hundreds of billions of yuan. The contradiction between continuously growing product demand and outdated production processes is intensifying, leading to the increasingly widespread application of laser technology in elevator manufacturing. In the 1990s, elevator manufacturers primarily used multi-station punch presses to process sheet metal. With the continuous maturation and improvement of laser processing technology, laser cutting technology has gradually been applied to the elevator industry, highlighting its unique advantages.
The elevator industry produces a wide variety of sheet metal parts in small quantities, many of which are custom-made according to customer requirements. High standards are placed on the surface finish and processing lines of stainless steel decorative panels. As people’s aesthetic standards improve, the variety of product designs and shapes is increasing, with complex contours that cannot be achieved using ordinary processing methods. Fiber laser cutting machines have become a new favorite in the elevator manufacturing industry due to their advantages such as flexible processing, short processing cycle, good cutting effect, high processing flexibility, and high degree of automation and intelligence. They reduce product development and production costs, improve elevator quality, effectively reduce the labor intensity of operators, and optimize production processes.



İlgili öneriler
-
How to Remove Air Bubbles in a CO2 Laser Tube: Causes, Solutions, and Prevention
1532Written by Steven, Technical Operations at XT LASERPublished: March 2026 | Read Time: 3mins TL;DR: Air bubbles trapped in a CO2 laser tube's cooling jacket act as thermal insulators, preventing proper heat transfer. This leads to overheating...
Ayrıntıları görüntüle -
Fiber Lazer Kesim Makinesi: Lazer Kaynağı Ne Kadar Süre Dayanır?
1781Industrial-grade fiber lasers have a design life of 100,000 hours, approximately 10-12 years. The end of life is marked by power衰减 to 80% of the initial value, not sudden failure. Constant temperature and humidity, 30%-60% load operation, and re...
Ayrıntıları görüntüle -
Lazer Kesim Makinelerinde Kesim Kafasını Koruma Amaçlı Aktif Çarpışma Önleme Fonksiyonunun Teknik Prensipleri
1781The laser cutting head is one of the most expensive core components of laser equipment. Collision damage results in high repair costs and prolonged downtime. The active anti-collision function systematically reduces the risk of cutting head collis...
Ayrıntıları görüntüle -
Fiber Lazer vs Plazma Kesim: Yumuşak Çelik İşleme İçin Nasıl Seçilir?
1781For thin plates below 12mm, choose fiber laser — faster speed and higher precision. For thick plates above 20mm, plasma offers better cost advantages. Fiber laser provides narrow kerf, high verticality, less slag, and a smaller heat-affected zone....
Ayrıntıları görüntüle
XT LASER
