- Cutting precision reach +/-5μm
- Cone-shaped opening
- Custom steel mesh size
- Cutting thickness range 0.05mm-0.40mm
- 12000 holes / hour cutting speed
- MOQ: 1pcs
There are good reasons to rely on our high-precision SMT stencils for solder paste printing. Well over half of all faulty connections in SMT assembly are due to defective solder paste.
Our company that masters this step is clearly ahead of the competition, because doing so minimizes the costs for reworking and scrap. At the same time, the quality of the stencil is crucial for a successful outcome.
The latest LPKF laser-cutting technology with quick check system (CCD camera-based measuring system to monitor pad location and size), that enable you to maximize productivity and profitability.
Flexible thickness and aperture selection for step stencils in order to print successfully. The transfer efficiency of solder paste is controlled precisely to avoid the short-circuit problems between pins.
The best-in-class stencil treatment technology that improves print quality, increases sheet hardness by 10%~30%, and provide a hydrophobic surface to improve cleaning efficiency and much more
Custom thickness can be achieved with fine and ultrafine pitch apertures with paste transfer efficiencies at 95% and above. Lower coefficient of friction compared to steel allows better roll of paste and decreases squeegee wear.
We test the quality of SMT stencils with our in-house testing machines. Our software creates a scanned image of the stencil and compares it to the production data.
Discrepancies are displayed graphically on the screen. All test results can be summarized in a report and traced back. This is our guarantee of complete quality management.
Extremely high energy density and focus make the laser an optimal tool for making precision cuts, and thus for the manufacture of high-precision SMT stencils.
The laser source we use generates a highly focused laser beam with a wavelength of 1064 nm (infrared). At its focal point, the energy density is so high that it can cut stainless steel sheets of 500 μ thickness. The accuracy of the laser systems is ± 2 µm. The thermal stress on the material along the cut is extremely small.