Series锛歋tandard Laser Tube Cutting Machine KingDragon SeriesT702
Main Items锛歍705.PRO.6535F Series
Working Range锛圶/Y/Z axis锛夛細6520/400/190mm/ Infinite rotating
X/Y axis Positioning Accuracy锛毬?.03mm/m
X/Y axis Repositioning Accuracy锛毬?.03mm
Max Speed锛?0m/min
Max Acceleration锛?.6G
Machine Body Type锛歨igh rigidity square tube structure Machine Body design
Worktable Type锛歋tandrad
Grade Positioning Classification锛歅RO锛歅rofessional Type锛汸RO PLUS锛欵nhanced Version of Professional Type
Optional Laser Power Range锛?000~6000W
Optional Laser Head Brand锛歎SA IPG锛沀K TERKKIN锛汣N MAX銆丷AYCUS
Core Device Configuration锛歍aiwan Type, Japanese Type
Laser Cutting Head Features锛歛utomatic focusing銆乤utomatic collision avoidance銆乫ollow-up tracking levitation銆乭igh speed flying shear銆乮ntegral cutting effect
Features and Technical Highlights锛歋ix Axes銆乽ltra tail 80mm銆乤utomatic loading and unloading锛坥ptional match), claw precisely adaptive adjustment銆乷ne key resume power off銆乻afety anti-collision grille銆乨ouble pneumatic reducer support frame銆乤ctive defence system銆乤utomaticrectifying centering
Display Type锛?7瀵搞€丠D銆乀ouch Screen銆?/p>
Adjustable AngleOperate System锛歎K TERKKIN FUTURE X BUS System
Remote Controller Type锛欼ntelligent Remote Control
Electric Cabinet Position锛欼ndependent Type
Total Power Protection Grade锛欼P54
Prospect of welding automation technology
The development of electronic technology, computer microelectronic housing and automation technology has promoted the development of welding automation technology. In particular, the introduction of unit technologies such as numerical control technology, flexible manufacturing technology and information processing technology has promoted the revolutionary development of welding automation technology.
(1) The intelligentization of the welding process control system is one of the core issues of welding automation, and it is also an important direction for our future research. We should carry out research on the best control methods, including linear and various nonlinear controls. The most representative ones are the fuzzy control, neural network control of the welding process, and the study of expert systems.
(2) Welding flexibility technology is also the content of our research. In future research, we will organically combine various optical, mechanical, and electrical technologies with welding technologies to achieve precise and flexible welding. The use of microelectronics technology to transform traditional welding process equipment is the fundamental way to improve the level of welding automation. It is our current research direction to equip numerical control technology with various welding machinery and equipment to improve its flexibility level; in addition, the combination of welding robot and expert system can realize automatic path planning, automatic correction of trajectory, automatic control of penetration, etc. Function is the focus of our research.
(3) The integration of welding control system is the integration of people and technology and the integration of welding technology and information technology. The information flow and material flow in the integrated system are its important components. Promoting their organic integration can greatly reduce the amount of information and the requirements for real-time control. Attention should be paid to the response and judgment ability of human in control and ad hoc processing, and the establishment of a friendly interface between human and machine Christmas, so that human and automatic system can be harmoniously unified, which is a factor that cannot be underestimated in the integrated system.
(4) Improving the reliability, quality stability and control of the welding power source, as well as excellent dynamics, are also topics that we focus on. Develop and develop high-performance welding machines that can adjust arc movement, wire feeding and welding gun posture, detect the beginning of the weld slope, temperature field, molten pool state, and penetration, and provide welding specification parameters in a timely manner, and actively develop a computer for the welding process Simulation technology. The evolution of welding technology from "skills" to "science" is an important aspect of realizing welding automation. The first decade of this century will be a favorable period for the rapid development of the welding industry. We welding workers have a long way to go, and we must establish the determination to overcome difficulties. Seize the opportunity and work hard for the improvement of my country's welding automation level.China Accessories factory
website:http://www.lasers-cutter.com/accessories/