Laser cutting is a fabrication technique that uses a laser beam to cut through raw sheet materials, creating flat shapes. This process works with various metals, making it suitable for creating components like washers, mounts, brackets, and housings.
Common applications for laser cutting include:
Prototyping designs or testing product specifications
Efficient production for quantities up to 50+ parts
Parts featuring standard connectivity options
Our Laser Cutting Process
Our laser cutting service is structured to consistently deliver high-quality parts on schedule.
Online Quoting
Upload your drawings or CAD file to get an instant quote Configure materials, finishes, etc.
Expedited 1-day Lead Times
Parts can be fabricated and shipped within 3 days Standard 3-day lead times for quantities less than 50
Safe Parts Without Sharp Edges
Parts are deburred and edge debris is removed before shipping (included in the price) Ensures parts are safe to handle right out of the box
One-stop Shop for Sheet Metal Components
Formed geometries and hardware inserts available with 3-day lead times for quantities under 50 All sheet metal components ship within the same standard lead time Flatwork and formed parts produced by one supplier
Highly Reliable Cutting Capability
Fiber optic lasers designed specifically for metal cutting within a thickness range of 0.025 in. to 0.275 in. (0.635mm to 7mm)
Manufacturing Expertise
Need assistance? Connect with our team of sheet metal applications engineers to ensure your parts meet your specifications.
Laser Cutting Design Guidelines
Adhere to these guidelines for flat, laser-cut parts to ensure high quality and expedite production time.
IN
MM
Maximum Size
Thickness 0.150-0.300 in.: 40 in.x 20 in. Thickness 0.030-0.150 in.: 40 in.x 50 in.
Thickness 3.81-7.62 mm:1016 mmx508 mm Thickness 0.76-3.81mm:1016 mmx1270 mm
Minimum Part Size
0.30 in.x 0.30 in.
7.62 mm x7.62 mm
Material Thicknesses
0.030 in.-0.300 in.
0.76 mm-7.62 mm
Tolerances
+/-0.006 in.for all features (except for hardware holes) +0.004/-0.000 in. on hardware insert holes to ensure correct seating of inserts
+/-0.15 mm for all features (except for hardware holes) +0.1/-0.0 mm on hardware insert holes to ensure correct seating of inserts
Available Materials and Thicknesses for Laser Cutting
We provide various metal materials for customized laser-cut components. Please be aware that the maximum size of parts will depend on the thickness of the selected material.
Material
Grade
Available Thicknesses
Aluminum
5052-H32.6061-T6
0.035-0.300inches(0.889-7.62 mm)
Steel
CRS/HRPO,Galvanneal,Galvanized
0.035-0.300inches(0.889-7.62 mm)
Stainless Steel
304,316
0.035-0.300inches(0.889-7.62 mm)
Copper
C1010,C1100
0.035-0.150inches(0.889-3.81 mm)
Brass
C260
0.035-0.150inches(0.889-3.81 mm)
Uses for Laser-Cut Components
Laser cutting is widely utilized in manufacturing sectors like energy storage, computer electronics, robotics, and aerospace. Typical parts produced through laser cutting include:
