Come and take a look at Leadboom's CO2 double-headed counter-shooting laser wire stripping machine.
The LB-CSD series CO2 laser stripping machine launched by the company uses dual original imported radio frequency lasers and a high-speed galvanometer scanning system. Compared with the domestic configuration, it has higher beam quality, ultra-low power consumption, and greatly reduces product depreciation costs. At the same time, the double tube and dual optical path design has doubled the production efficiency compared with ordinary equipment. Especially for long-term operation , the product has low failures, no maintenance, and higher product peeling efficiency, fully meeting customers mass production.
&Use imported RF laser to enhance equipment stability and laser life.
Imported radio frequency lasers mean that the lasers are produced and introduced from abroad. Usually, these imported radio frequency lasers have undergone strict contronl and verification in terms of technology and quality. In terms of equipment stability, due to its advanced manufacturing process and reliable performance, it can maintain stable output power and good working conditions during long-term operation. There will be no frequent failures or performance fluctuation, ensuring that the dual-head continuously and stably, reducing production interruptions and quality problems caused by unstable equipment. In terms of laser life, high -quality imported RF lasesrs use high-quality materials and advanced technology, and have a longer service life. This means that under normal use and maintenance, it can provide a stable laser source for the wire stripping machine for a longer time, reducing the cost and trouble of frequent laser replacement, and improving the overall cost performance and production efficiency of the equipment.
&High electro-optical conversion efficiency, less than 1.5KW for the whole machine, low-carbon and environmentally fiendly.
The equipment is rerlatively efficient in converting electrical energy into laser light energy. This means that when a certain amount of electrical energy is input, a larger proportion can be converted into effective laser energy output,reducing the waste of electrical energy. The electric power consumed by the entire equipment during operation does not exceed 1.5 kilowatts. It is relatively energy-saving during operation does not exceed 1.5 kilowatts. It is relatively energy-saving during operation and will not consume too much power resources. Because the equipment consumes low power and consumes less electricity, relatively less carbon emissions are generated during use. At the same time, efficient electro-optical conversion efficiency also reduces the indirect environmental impact caused by energy waste, meets the indirect environmental impact caused by energy waste, meets the requirements of modern society for low-cabon and environmental protection, and helps reduce the negative impact of industrial production on the environment.
&Using computer control system and professional stripping control software, you can set the position, size, power and speed at will, and you can also run multiple graphics at one time.
The device is operated and contronlled by a computer and is equipped with software specifically designed for the wire stripping task. When using the equipment, the position of laser stripping can be freely adjusted according to different stripping requirements, such as stripping operations at specific parts of the wire; the size of the stripping wire can be set to adapt to wires of different thicknesses of different stripping requirements; The power of the laser can be adjusted. When the power is high, the wire can be stripped quickly but may have greater impact on the wire. When the power is low, it will be more refined but the speed may be slightly slowers; The stripping speed can also be set and flexibly adjusted according to production efficiency requirements. The equipment can also handle wire stripping tasks of different shapes at the same time. For example, wire stripping operations in various shapes such as straight wire stripping and circular wire stripping can be performed on wires in one operation, which improves the flexibility and work efficiency of the equipment.
&Stripping methods: cross-cutting, vertical cutting, the world "I", opening micro windows, grating shape.
Crosscut refers to cutting and stripping in a direction perpendicular to the axis of the wire, which can quickly cut off the insulation layer of the wire at a certain cross-secion. Vertical cutting is cutting along the axis of the wire and can be used to strip the wire at a specific position in the length direction of the wire, such as making a strip line of a specific length. The "I" wire stripping method may be to form a wire stripping shape similar to the "I" character on the wire, that is, the wire is stripped at both ends and in the middle of the wire. This method may be suitable for certain special connection needs or specific electronic component installation requirements. "Opening a micro window" is to open a small window in the insulation layer of the wire. This method can expose part of the internal wire without damaging the entire insulation layer, which is convenient for testing, welding and other operations, while maintaining the integrity of most insulation layers plays a certain protective role. "Grator-like" stripping may be the formation of a grating-like stripping pattern on the wire, and may be composed of multiple parallel small cuts. This method may be used for special signal transmission requirements or specific optical application scenarios, or may It may be to increase the contact area between the wire and external connections or improve heat dissipation performance.
