We use two dedicated laser systems to ensure the correct process is applied for each material and application. • 50-watt fiber laser – used primarily for metals and industrial marking • 5-watt UV laser – used for fine detail, plastics, coatings, and heat-sensitive materials Using the correct laser type allows us to achieve better contrast, cleaner marks, and improved surface integrity compared to a one-laser-fits-all approach.

Laser engraving is typically performed as a secondary operation after waterjet cutting or CNC machining. A common workflow includes: 1. Cutting or machining the part 2. Final finishing 3. Laser engraving for identification or branding This sequencing ensures engraving is applied to finished parts and remains consistent across production batches.

Laser engraving is used to permanently mark parts without affecting geometry, tolerances, or structural integrity. Common applications include: • Logos and branding • Serial numbers and part numbers • QR codes and data matrices • Identification marks • Cosmetic text or graphics Marks are repeatable and consistent, making laser engraving well suited for production environments.

Laser engraving is a good fit when: • Permanent identification is required • Branding must be consistent across batches • Marks must survive handling or cleaning • Traceability is required • Engraving is needed after machining or cutting Laser engraving may not be ideal when: • Deep material removal is required • Cutting through material is needed • Printed labels are more appropriate • Quantity does not justify setup

Using both 50W fiber and 5W UV laser systems allows us to engrave a wide range of metals, plastics, and coated materials. The correct laser type is selected based on material properties and desired mark quality. Fiber Laser Applications (50W) Best suited for durable, high-contrast marking on metals: • Aluminum (raw and anodized) • Steel and stainless steel • Titanium • Brass and copper • Tool steels • Metal tags and nameplates Fiber laser engraving produces permanent marks ideal for serial numbers, logos, QR codes, and industrial part identification. UV Laser Applications (5W) Best suited for fine detail and heat-sensitive materials: • Plastics (ABS, acrylic, polycarbonate, etc.) • Coated or painted metals • Anodized finishes • Composites • Thin or heat-sensitive components UV lasers operate with minimal heat input, reducing surface damage and allowing precise marking on materials that may not respond well to fiber lasers.

For laser engraving, we typically accept: • DXF or SVG vector files • PDF artwork • High-resolution images when appropriate Files should be final and to scale. If artwork preparation is required, please note this during inquiry.

Laser engraving allows precise control over mark depth, contrast, and line width. Fiber laser engraving is typically used for durable, high-contrast metal marking. UV laser engraving is used when fine detail or minimal heat input is required. Settings are selected based on material, surface finish, and end use. Cosmetic branding and functional identification marks are treated differently to ensure consistent results.

Laser engraving was added to support internal production and provide permanent marking for finished parts. By using both fiber and UV laser systems, we maintain control over mark quality, material compatibility, and process sequencing while offering customers a complete manufacturing solution.