Overview
| brand | Wuhan Keyi Optoelectronics | brand | Wuhan Keyi |
| Processing customization | yes | Specification and model | KY-M |
| Print Range | 1600mm * 800mm | Print Depth | 0.3mm |
| Print height | 550mm | Printing speed | 13000mm/s |
| Applicable workpiece | Both are acceptable | Saleable land | nationwide |
| after-sale service | One year warranty for the entire machine and two years warranty for the laser | ||
Product Details
[Denim and laser]
Denim, a thick yarn dyed warp twill, is also called indigo labor cloth or tannic cloth according to the English translation.
The warp yarn is dark in color, generally Indigo blue, and the weft yarn is light in color, generally light gray or white after scouring.
The shrinkage of Denim is smaller than that of ordinary fabrics, and its texture is compact, thick, bright and clear.
With the demand of consumers for the characteristics of Denim such as softness, comfort and easy care,
At present, Denim has made many improvements in color, blending materials and appearance.
The introduction of laser technology stems from the convenience of production based on more personalized expressions and the good absorption of Denim to laser,
The combined effects of factors such as improving process methods, improving production efficiency, and updating external supporting facilities have led to the vigorous development of lasers in this industry.
Generally speaking, this material performs well on CO2 laser sources with a wavelength of 10600nm
(Able to absorb the energy contained in the laser beam, allowing the material to peel off the relevant surface layer along a fixed path to form corresponding patterns or patterns)
The overall integration of the equipment is also high,
Manual loading and static marking and carving can be carried out (when the material size is not large and the work efficiency requirements are not high),
It can also carry out dynamic flow operation according to the actual site working conditions of the Denim manufacturer in terms of the structural shape of the equipment, workpiece loading and movement mode
For example, for large-scale operations, the workpiece loading platform is used for movement, and the optical path is fixed. Correspondingly, the workpiece position can also be fixed while the optical path is moved within a fixed range.
Therefore, this equipment is currently welcomed by Denim manufacturers and relevant units in the circulation field pursuing personalized customization.
With this equipment, they have increased the added value of Denim ready-made clothes, opened up different markets, and added another layer of security for their own development.
Structure of this device
The components of this device mainly consist of a laser source, a scanning and focusing system for the external optical path, and a control system.
Mechanical components and other electronic and electrical accessories provide a stable and smooth structure for the overall operation of the equipment.
The conventional laser source uses CO2 gas lasers, and the current market applications mainly use sealed off RF tubes and domestic glass tubes.
The former has higher beam quality and is suitable for precision process results and equipment stability situations, but the cost is relatively higher;
The latter has average simple beam quality but can handle basic applications. However, frequent air changes in the later stage result in higher subsequent costs and slightly poorer stability.
Customers can make choices based on budget and actual result requirements, as well as production site conditions.
The scanning and focusing system will perform plane correction and focus on the laser beam coming out of the laser to adapt to the actual scanning surface of the workpiece.
This system can be standardized and customized, and the standard version is suitable for static small-scale scanning and focusing;
The customized version should be arranged according to the movement mode and accuracy requirements of the workpiece and light path.
The control system generally consists of a set of software and corresponding control boards. In addition, if the device needs to improve its movement mode, a corresponding motor drive mechanism is also provided for the movement of the workpiece bearing mechanism.
The former is currently relatively mature and has historical experience operating on equipment with different structures in this laser application field. The latter also has a wide range of basic applications in most electromechanical applications, with high stability and strong compatibility to cope with different on-site conditions.
Basic Equipment Parameters
(Taking the basic application model with static standard structure/output power of 30W for surface carving and marking as an example)