Circular knitting equipment, using laser knitting technology, employs a high-frequency laser generator. The digital information of the printed pattern, processed by a computer, controls the laser dots. Through the rotation of the circular net and the translation of the laser head, the image information is scanned in both longitudinal and latitudinal directions. The colloidal material on the net is ablated, achieving a point matrix restoration of the digital information of the printed pattern on the net base, thus creating the desired pattern.
Photo-Sensitive Netting
Photographic stencil making utilizes the photochemical properties of photoresist (film), where the exposed portion of the photoresist (film) undergoes cross-linking and hardening, firmly bonding with the screen to form a stencil. The unexposed parts are washed and developed with water or other developers, retaining the original mesh pattern, thus creating the screen printing stencil.
Wax Netting Production
The new filmless weaving technology uses wax as a light-absorbing agent to directly produce the mesh, which is a relatively** weaving technique.
Jet Printing Mesh
Inkjet screen-making is a new non-film screen-making technology following the wax jetting process. The ink used is in liquid form, eliminating the need for heating and melting. It operates through a liquid piezoelectric inkjet method, where electrical energy drives piezoelectric elements to produce high-frequency oscillating mechanical pressure, which is then directly ejected onto the metal mesh through a piezoelectric nozzle.
