The equipment is equipped with JiaJiaYong's self-developed special perforation algorithm for filter screens. Parameters are deeply optimized for the characteristics of filter screens including high-density array micro-holes, uniform through-holes and dense hole arrangement, which thoroughly eliminates common defects in traditional processing such as inconsistent pore sizes, hole pitch deviation, local hole blockage and uneven penetration. The processed pores feature standard diameters, smooth and flat pore walls, and are free of burrs, slag residue and oxidized black edges, eliminating the need for manual grinding and slag removal. This ensures uniform and stable filtration flux of filter screens and greatly upgrades finished product quality

It is equipped with a multi-grade high-power fiber laser light source, featuring concentrated energy density, strong focusing performance and stable output, which can flexibly adapt to workpieces of different thicknesses such as ultra-thin filter mesh, conventional metal filter screen and medium-thick filter plate. It realizes deformation-free perforation for thin materials with fine and flawless micro-holes, and high-speed penetration for deep holes in thick plates with clean and residue-free hole bottoms. It perfectly solves the problems of incomplete penetration, perforation jamming and rough section of thick filter screens, and meets the processing requirements of filter screens of all specifications

It adopts the principle of laser non-contact ablation processing, with no mechanical extrusion, no drill bit friction, no residual stress, and an extremely small heat-affected zone. It effectively avoids problems such as warping deformation, material blackening and micro-hole collapse in processing of stainless steel and galvanized thin filter screens, fully retains the flatness and structural strength of filter screen plates, and is especially suitable for precision processing of large-area ultra-thin filter screens with dense pores

Equipped with high-definition industrial visual positioning + full-closed loop servo control system, it supports one-click import of filter screen drawings, intelligent material-saving typesetting, automatic edge finding and positioning, and dynamic deviation correction. High-density array micro-holes are arranged automatically and evenly, eliminating accuracy errors caused by manual typesetting and clamping. The pore diameter, hole pitch and hole depth are highly consistent in batch processing, and the mass production yield is stably maintained above 99.8%

The device features extremely high compatibility, fully adapting to all common metal filter materials including stainless steel, carbon steel, galvanized steel, aluminum alloy, copper and other materials. It can process a wide range of workpieces such as flat filter screens, round filter screens, special-shaped filter plates, filter pipes, dust filter screens and water purification filter screens, and supports diversified processing of micro-holes, conventional holes, large-diameter pressure relief holes and deep blind holes. One single machine can meet the full-category production requirements of the filtration industry

It adopts a high-rigidity integrated shock-proof frame, which has been treated with multiple stress relief aging processes, featuring stable structure, vibration resistance and permanent deformation resistance. Core laser components deliver stable performance, supporting 7×24 hours of continuous high-frequency mass production with no power attenuation and no accuracy drift during long-term operation. With low failure rate and low operation and maintenance cost, the equipment greatly reduces production loss in batch manufacturing of filter screens, and helps enterprises effectively cut costs and boost efficiency