Jingke is an innovative high-tech enterprise integrating R & D, production, sales and service. It has a production base of 8,000 square meters and 14 years of manufacturing experience.
Over the years, the company's research and development achievements, from traditional cutting to laser cutting models, have obtained a number of invention patents. Provide metal pipe processing solutions for many large enterprises.
tarting from customer needs, provide reasonable solutions and customized automatic lines to ensure product delivery quality from the source. In terms of quality, we insist on implementing the requirements of ISO9001:2015 to ensure the high quality and high precision of the manufactured products.
Jingke provides smooth consultation channels, recommends reasonable models and configurations according to customer processing needs, and can also provide free proofing services. Provide life-long equipment maintenance and system upgrade services, quick response, 30-minute professional and technical personnel telephone answer.
JingKe Is A Large Molding Machine Manufacturer
Main production: automatic pipe cutting machine, automatic pipe bending machine, double-head chamfering machine, integrating R&D, design, manufacturing, sales and service, with rich practical experience in R&D and production, advanced processing equipment and exquisite processing technology, A group of professional engineering and technical personnel and a strong design and development team. With the aim of improving efficiency, reducing costs and improving quality for customers, we will provide new and old customers with high-quality and satisfactory products and services. The company has obtained domestic safety and quality certification and strictly implements the quality assurance system.
Laser cutting machines find applications across various fields. Within metal processing industries such as automobile production and aerospace design, laser cutters play an integral part. Cutting various metal materials including steel, aluminum and copper as part of complex part fabrication. Furthermore, laser cutters also find application in textile production, furniture production, architecture design and art design fields - creating products with unique visual aesthetics while adding personal and creative flourishes through engraving services that cut or engrave products using cutting laser technology.
Laser cutters are known for their precise cutting and engraving abilities. By focusing the laser beam onto various materials like metal, plastic, wood and fabric, precise cuts can be created quickly with laser cutting machines able to meet complex cutting demands of all shapes and sizes. Laser cutting machines also serve an invaluable purpose within manufacturing industries by producing very fine cut lines or engraving details on these delicate substrates - an indispensable asset in their respective sectors!
Laser cutting machines feature environmental and energy savings features that meet the standards for sustainable development, such as reduced waste produced and energy consumption compared to conventional cutting techniques, reduced damage caused by non-contact cutting methods, lower energy use per material cut cut by laser, reduced damage due to non-contact cutting practices as well as non-deformation in material structures compared with contact cutting; all features that contribute towards sustainable manufacturing practices and environmental preservation. These benefits make laser cutting machines highly significant tools in creating environmentally responsible production practices while protecting natural resources.
Laser cutting machines have long been recognized for their fast and efficient production speeds, vastly outstripping those of their predecessors such as traditional cutting methods. When compared with these traditional methods, laser cutters complete cutting tasks much more quickly, significantly shortening production cycles. Furthermore, being highly automated they require little human involvement compared with their alternatives; making laser cutters ideal choices for mass and customized production environments alike while increasing manufacturing industry production efficiency.
Laser cutting machines work by emitting a high-powered laser beam that is focused through a lens and directed at the material being cut.
Laser cutters can cut a variety of materials, including metal, wood, plastic, fabric, acrylic, leather, and more.
The advantages of using a laser cutter include precision cutting, versatility, speed, automation, and the ability to cut complex designs and shapes.
Some safety considerations when using a laser cutter include wearing proper personal protective equipment, ensuring proper ventilation, following machine-specific safety procedures, and being aware of the dangers of working with a laser.
When choosing a laser cutter, consider factors such as the material to be cut, the size and thickness of the material, the level of precision required, and your budget.