Background:
Under the background of manufacturing industry upgrading, scientific and technological progress and artificial shortage, laser processing equipment, robots and automation products have been widely used. Globally, the laser industry is growing steadily, and the pace of innovation and research and development has never stopped, which has ushered in a new climax of the industry. In the process of China’s rapid economic development, the development of the industrial field is very obvious, along with the overall economic development, the importance of processing technology in the industrial field is gradually reflected. Laser cutting laser, as a new metal processing technology, laser has played a positive role in promoting the economic development of the industrial field.
According to a world-renowned laser processing equipment, since 1996, the annual growth rate of laser processing equipment has reached 30%, with only 16.6%, according to an annual growth rate of 16.6% in developed countries.With the deep transfer of the world manufacturing industry to China, as well as the industrial adjustment and upgrading of Chinese manufacturing industry itself, new products, new processes and new technologies have been widely used, and the requirements for the cutting technology are more refined. Intelligent precision cutting will become the trend of the future development of the cutting industry.
Technical Requirement:
1. Fast, high-precision and stable operation in various working conditions and environments
2. Determine the structure and parameters of the frame according to the functional requirements, and establish the corresponding dynamic model combined with the structural characteristics of the laser cutting machine.
3. Study the influence of the frame structure and parameters on the static, dynamic stiffness and thermal stability of the frame, and provide a theoretical basis for the frame design.
4. Determine the mutual coupling relationship between the rack and other components.
Therefore, how to reasonably arrange the metal, reduce the dead weight, improve the body stiffness of the body, and reduce the impact of temperature change on the accuracy is the problem that needs to be considered in the design process.
Mainkco IPC Solutions and products:
Considering the technical requirement above, we provide our Mainkco Touch Panel PC APC-PC101CQ-E5. Mainkco IPC 10.1’’widescreen Pcap. Touch Panel PC APC-PC101CQ-E5 model is a low power-consumption, Fan-less designed, enhanced stability and reliability industrial Touch Panel PC product. It adapts Intel Baytrail J1900 Quad-core 2.0Ghz processor. APC-PC101CQ-E5 model is modular concept designed, with on-board 4GB memory. Its storage can support one mSATA and one 2.5″ SATA interface SSD. The design uses a multi-point (10- points) projective capacitive touch screen, and it can fulfill front panel NEMA/IP65 dust-proof and water-proof standards.
The APC-PC101CQ-E5 uses full-sealed box construction, and it can prevent dust from entering the device system, is compatible with Win7, Win8, Win Embedded, WIN10, Linux OS, and it also has a good compatibility with customized applications and software programs.
Key features:
➤Intel Baytrail J1900 Quad-core processor;
➤10.1’’ TFT LCD, LED backlit, Resolution 1280 x 800;
➤Multi-points 10 points Pcap. touch;
➤Front panel IP65 rating, tempered glass;
➤On-board 4GB DDR3 memory;
➤2 GLAN, 5 USB, 2 COM, 1 HDMI, 1 VGA, Mic-in/Line-out;
➤Wide voltage input DC 9~28v.
Nowadays, the application of computer network technology makes automated and unmanned laser cutting technology possible. The market demand for this technology is increasing, making the laser cutting technology gradually automated and unmanned. Mainkco IPC is committed to helping the industry smarter, providing powerful solutions for the machine vision industry through a fast and versatile combination of modular products.
