VISION Embesoft Solution Laser Drilling Machine
Description
Lasers drilling make it possible to machine very small, blind, unusually shaped and precisely tapered holes. They can drill holes at steep angles and process difficult-to-machine materials.
A single set-up can produce hundreds of different sizes over a 3D surface. Laser drilling holes in the 25µm to 1000µm diameter range is possible using this method but the limits vary according to the material. Most laser drilled holes are in the 300µm-600µm diameter range.
Laser drilling allows a special drilling regime termed drilling 'on-the-fly' to greatly increase hole drilling speed. Laser Drilling on the fly is usually performed on round turbine engine parts and uses signals from the motion systems encoders to trigger the laser at specific, consistently-spaced hole locations around the part.
Laser drilling can take advantage of pulse-shaping to improve the interaction of the laser beam with the material. This can also help control taper and improve the drilling speed.
VISION Embesoft Solution Laser Drilling Machine
Specifications |
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| Materials: | Acrylic, Aluminum, Brass, Concrete, Copper, Diamond, Glass, Granite, Iron, Leather, Marble, Paper, Plastic, Silver, Steel, Stone, Textile, Titan, Vinyl, Wood |
| Laser Output Power: | 20 W |
| Laser Type: | Fiber Laser |
| Working Area: | 150 x 220 mm (6" x 9") |
| Features: | Camera |
| Wavelength: | 1062 ± 3 nm |
Features
- Laser Drilling process is non-contact process (no tooling wear or breakage, minimal material distortion).
- Laser Drilling process is highly accurate and delivers consistent results.
- Laser Drilling has ability to produce small diameter holes with high aspect ratios.
- Precise control of heat input.
- Visible ‘Pilot’ beam shows the laser marking location for fast, accurate setup.
- Ease of programming and adaptability to automation.
- One of the prime advantage of laser marking is that it can be automized and can be integrated with any online process.
- Increased production rates with faster setup times and less tooling.
- Laser Drilling process has capability of some laser systems to drill multiple features simultaneously.
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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Frequently Asked Questions
Laser drilling is used to machine small, blind, unusually shaped, and precisely tapered holes. It can drill holes at steep angles and process difficult-to-machine materials.
Laser drilling can create holes in the range of 25µm to 1000µm in diameter, with most holes falling within the 300µm-600µm range.
Laser drilling can utilize a special drilling regime called "drilling on-the-fly" which increases hole drilling speed. It uses signals from motion systems encoders to trigger the laser at specific, consistently-spaced hole locations.
Laser drilling offers several advantages, including non-contact processing (no tooling wear or breakage, minimal material distortion), high accuracy and consistent results, the ability to produce small diameter holes with high aspect ratios, and precise control of heat input.
Yes, laser drilling can be automated and integrated with any online process. It offers ease of programming and adaptability to automation, leading to increased production rates with faster setup times and less tooling.