A laser beam pierces raw sheet stock to produce flat geometries through laser cutting. An industrial laser cutter uses a high-powered laser to cut materials. A laser cutter is both more precise and less energy-consuming than a plasma cutter, but there is a limitation to the thickness of the material that can be cut. Laser cutting is often used for creating intricate shapes with tight tolerances that do not require much post-processing. Other methods of cutting materials would not be efficient or practical due to their complexity.
With laser cutters, complex shapes and geometries can be cut very finely. A laser beam can be directed into a high-density light beam via the kerf width, which is only slightly larger than the laser beam. CNC machines can control laser beams or workpieces. The laser cutter blows away the material it melts, burns, vaporizes, or blows away the melted material. The cut requires little postprocessing. Laser cutting can be used on a variety of materials. High precision laser cutting allows accurate cutting of complex shapes. It is more efficient and faster as well.
It is possible to accommodate fine features as well as greater blank sizes with CNC controls while maintaining critical tolerances. It is ideal for industries requiring high precision and intricate designs because laser cutting guarantees precise and accurate cuts.
Using laser cutting, intricate and complex parts can be produced with high-quality edge finishes that require little post-processing. This reduces costs, increases productivity, and minimizes waste. Additionally, the finish is consistent, ensuring a reliable and repeatable outcome.
By cutting multiple parts from one sheet, waste can be minimized. Lasers provide superior accuracy, resulting in greater material utilization and cost savings. Moreover, laser cutting is capable of achieving tight tolerances, thereby eliminating the need for additional machining.
High quality and speed make it cost-competitive and valuable to our customers. As a result, prototyping and low-volume production quantities are ideal. It is also ideal for short-run production due to its lower upfront costs and shorter lead times. Furthermore, the process’ high speed and accuracy make it ideal for tight tolerance applications.
You ideally want a precision machined part supplier who can meet both accuracy and precision requirements so you can make sure your parts are consistent and meet your design intent.
The following guidelines should be followed when producing flat, laser-cut parts to ensure quality and shorten production time. The design should be symmetrical and should not contain any holes or sharp corners. You should avoid overhanging parts and bends as little as possible. Additionally, make sure the part is the smallest possible size.
Maximum Size:
Minimum Part Size: 0.25 in. x 0.25 in.
Material Thicknesses: 0.024 in. – 0.250 in.
Tolerances:
Maximum Size:
Minimum Part Size: 6.35mm x 6.35mm
Material Thicknesses: 0.61mm – 6.35mm
Tolerances:
See below for a list of metal materials that can be laser cut by EPRO. We may also be able to quote other materials. Let us know what you need, and we’ll be happy to help. The experts at our firm are available to assist you throughout the process and answer any questions you may have. Let us know what you think.
Steel:
1075 Spring Steel, annealed/1075 Spring Steel, Blue Tempered/1095 Spring Steel, annealed/1095 Spring Steel, blue tempered/4130 chrome-moly steel, annealed/Tool Steel, annealed/Hot Rolled Steel 1045/Hot Rolled Steel A569/ASTM A1011/Steel 1008, zinc-galvanized/Steel 1018/Steel 4140, hardened/Steel A36/Steel A36, pickled and oiled/Steel A366/1008
Aluminum:
Aluminum 2024-T3/Aluminum 5052 H32/Aluminum 6061 T6/Aluminum 7075 T6/Aluminum MIC6/Pre-Anodized 6061-T6, Black
Stainless steel:
Stainless Steel 17-4 PH, annealed/Stainless Steel 301, spring temper/Stainless Steel 304/Stainless Steel 304 shim, hardened/Stainless Steel 304, #4 brushed/Stainless Steel 316/Stainless Steel 410, annealed/Stainless Steel 430, #3 brushed/Stainless Steel 440C
Other:
Brass 260/Bronze 220 H02/Copper 101, H00 to H01/Copper 110, Annealed/Nickel 625, annealed/Titanium (Grade 2)/Titanium 6Al-4V (Grade 5)
Learn how to choose the right thickness for laser-cut parts across a variety of materials. Using laser cutting technology, aluminum, steel, stainless steel, copper, and brass can be efficiently cut into thin sheets or thicker plates to meet diverse industrial needs. Manufacturing innovation is boosted with laser cutting across a range of material thicknesses, whether intricate designs or robust components.
| Material | Thicknesses Available | |
|---|---|---|
 | Aluminum | 0.025 in. - 0.250 in. (0.635mm - 6.35mm) |
 | Steel | 0.025 in. - 0.250 in. (0.635mm - 6.35mm) |
 | Stainless Steel | 0.025 in. - 0.250 in. (0.635mm - 6.35mm) |
 | Copper | 0.025 in - 0.125 in. (0.635mm - 3.175) |
 | Brass | 0.025 in. - 0.125 in. (0.635mm - 3.175) |
 | Other | Click us for more details now! |
CoC Material Test Reports
FAI Material Certifications
CMM RoHS
| Material Thickness | Tolerance | Kerf | Part Volume | Set Up Cost | Lead Time ** | Notes | |
|---|---|---|---|---|---|---|---|
| FIBER LASER | AL: 0.250″ SS: 0.375″ CRS: 0.500″ COP: 0.250″ Brass: 0.125″ | 0.002″ – 0.005″ | .008″ | 1 to High-Volume | Low | 6-8 days | Metals – Fast |
| OMAX WATERJET | Up to 6″ | 0.005″- 0.015″ | .020″/.040″ | 1 to 5000 | Low | 6-8 days | Metal, glass, plastic, stone, rubber, kevlar, carbon fiber, ceramics, etc. Taper up to 59 ° |
| MICROCUT™ | .0005″ – 0.5″ | 0.0005″ -0.005″ | 0.009″, 0.011″, 0.0196″ | 1 to 5000 | Low | 6-8 days | Metal, glass, plastic, stone, rubber, kevlar, laminates, carbon fiber, ceramics, etc. |
| WIRE EDM | 0.001″ – 6″ | 0.0005″ | 0.005″ | 1-200 Is Best | Low | 6-8 days | Conductive Metals, Carbon |
| * CHEMICAL ETCHING | 0.005″ – 0.060″ | Is +/- 10% of material thickness, .002″ min. | Equal to metal thickness | 1- Infinity | $350 Min. | 6-8 days | Metal Only. No Burrs. Beveled Edges. Half Etch and Holes. |
Performance meets precision on this list. With top-of-the-line laser cutting machines for metals, plastics, and composites, each project is delivered with the highest level of accuracy and quality. Our laser technology allows us to create complex shapes and intricate designs with utmost precision, making us your go-to partner. We meticulously monitor every aspect of the manufacturing process to ensure tight tolerances and precise accuracy.
| Material Thickness | Tolerance | Kerf | Part Volume | Set Up Cost | Lead Time | Notes | |
|---|---|---|---|---|---|---|---|
| OMAX WATERJET | Up to 6″ | 0.005″- 0.015″ | .020″/.040″ | 1 to 5,000 | Low | 6-8 days | Metal, glass, plastic, stone, rubber, Kevlar, carbon fiber, ceramics, etc. Taper up to 59° |
| MICROCUT™ | .0005″ – 0.5″ | 0.0005″ - 0.005″ | 0.009″, 0.011″, 0.0196″ | 1 to 5,000 | Low | 6-8 days | Metal, glass, plastic, stone, rubber, Kevlar, laminates, carbon fiber, ceramics, etc. |
| FIBER LASER | AL: 0.250″ SS: 0.375″ CRS: 0.500″ COP: 0.250″ Brass: 0.125″ | 0.002″ – 0.005″ | .008″ | 1 to High-Volume | Low | 6-8 days | Metals - Fast |
| WIRE EDM | 0.001″ – 6″ | 0.0005″ | 0.005″ | 1-200 Is Best | Low | 6-8 days | Conductive Metals, Carbon |
| * CHEM ETCH | 0.005″ – 0.060″ | Is +/- 10% of material thickness, .002″ min. | Equal to metal thickness | 1 - Infinity | $350 Min. | 6-8 days | Metal Only. No Burrs. Beveled Edges. Half Etch and Holes. |
Many industries use laser cutting, including energy storage, computer electronics, robotics, and aerospace. A laser cutter can also create intricate shapes and patterns in materials such as glass, plastic, and metal. This method is also highly efficient and accurate, making it ideal for a wide variety of industrial uses.
Cabin Parts
Wing Ribs
Fuselage Components
Actuators
Motion Controls
Engine Housings
Landing Gear Components
Discs
Filter Bodies
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Lighting
Engines
Cylinder Heads
Gearboxes
Interior Panels
Drive Axles
Interior Panels
Starter Motors
One-off Custom Components for Rare
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Hip Replacements and Knee Implants
Surgical Tool Production
Electronic Medical Equipment
Custom Prosthetics
Small Orthopedic Hardware
Medical Device Prototypes
Dental Tools and Implants
Implant Holders
Biopsy Tubes
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Robotic Arm
End Effectors
Custom Jigs and Fixtures
Sensors and Controllers
Structural Components
Gears
Modular Tooling
Robotic System Motor Components
End of Arm Tooling
Click for more detailsIn tight-fitting assemblies and interlocking components, kerf compensation may be necessary to account for the material removed by the laser beam. The dimensions should be adjusted as needed for a precise fit. Finally, you should consult with our team of experts about the project requirements, material options, and design considerations. Make the most of our industry knowledge and experience to optimize your laser cutting process for exceptional precision and quality.
Using our state-of-the-art laser cutting workshop, we will shape the future of manufacturing with precision and innovation. Explore our cutting-edge laser cutting facility and advanced technology in our virtual tour. For our customers, our experts are always pushing the boundaries of what is possible. Creating innovative solutions that exceed expectations is our company’s goal. If you have any questions, please do not hesitate to contact us.
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