Custom Laser Cutting Service
Fast, clean laser-cut parts for aluminum, stainless steel, and more—delivered in days.
EZRA offers high-precision laser cutting for sheet metal parts across aluminum, stainless steel, mild steel, and more.
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What Is Laser Cutting?
Laser cutting is a non-contact manufacturing process that uses a focused laser beam to cut 2D sheet metal parts with high precision.
We use both fiber and CO₂ lasers to handle a wide range of materials—including stainless steel, aluminum, mild steel, and brass. With cutting tolerances down to ±0.1 mm, this process is ideal for producing flat parts like brackets, covers, enclosures, and structural plates.
Whether you’re developing a prototype or low-volume production run, laser cutting offers clean edges, tight features, and excellent repeatability—without the need for tooling.
Types of Laser Cutting Machines
We utilize a range of industrial laser cutting systems to suit different materials, thicknesses, and precision requirements.
Fiber Laser Cutting
High-speed, energy-efficient laser cutting ideal for stainless steel, aluminum, copper, and brass. Delivers precise cuts with minimal distortion across thin to mid-thickness sheets.
CO₂ Laser Cutting
Best suited for thicker metals and non-metallics like acrylic. Produces smooth edges and is effective for both industrial parts and decorative applications.
High-Power Laser (>6kW)
Used for cutting large-format parts or thick materials up to 20 mm. Maintains cut quality and edge consistency even on dense or reflective metals.
Laser Cutting Materials We Support
We support laser cutting for a wide range of materials, including stainless steel, aluminum, mild steel, brass, and copper. Each material offers different mechanical properties, cutting behavior, and surface finish quality. Whether you're prototyping enclosures, brackets, or signage, our team will help you select the right material to match your performance and budget needs.
Stainless Steel
Durable and corrosion-resistant, stainless steel is ideal for structural parts, enclosures, and brackets. Provides clean edges with minimal burring when laser cut.
Mild Steel
Affordable and easy to cut, mild steel is perfect for general-purpose parts, including plates, supports, and industrial components. Supports zinc plating or painting.
Aluminum
Lightweight and corrosion-resistant, aluminum is widely used in electronics, aerospace, and enclosures. Laser cutting yields clean, oxidation-prone edges—often paired with anodizing.
Brass
Brass offers excellent machinability and a decorative finish. Suitable for signage, panels, and electronic shielding, though reflective surfaces may require fiber laser.
Copper
Highly conductive and often used in power systems or bus bars. Due to reflectivity, fiber lasers are preferred for clean, precise cuts.
Galvanized Steel
Zinc-coated steel combines strength and corrosion resistance. Common in HVAC, brackets, and outdoor structures. Laser cutting must account for zinc vapor.
Acrylic (PMMA)
For CO₂ laser cutting only, acrylic enables crystal-clear cuts and polished edges. Popular for signage, displays, and lighting components.
Wood & MDF
Applicable for non-metal laser cutting using CO₂ lasers. Wood yields rich burnt edges and is suitable for models, packaging, and decorative items.
Laser Cutting Capabilities
Laser Cutting Capabilities
- Maximum Part Size
- Minimum Part Size
- Distance Dimensions
- Maximum Material Thickness
- Maximum Material Thickness
- Maximum Material Thickness
- Maximum Material Thickness
- Kerf (Slit Size)
- Edge Condition
- Laser Sources
- Repeatability
- Positioning Accuracy
- Lead Time
US
- Maximum Part Size
- 0.8 in.
- Minimum Part Size
- ≥ 0.04 in. (2× material thickness)
- Distance Dimensions
- ±0.008 in.
- Maximum Material Thickness
- Carbon steel ≤ 0.98 in.
- Maximum Material Thickness
- Stainless steel ≤ 0.59 in.
- Maximum Material Thickness
- Aluminum ≤ 0.59 in.
- Maximum Material Thickness
- Copper ≤ 0.5 in.
- Kerf (Slit Size)
- ~0.02 in.
- Edge Condition
- Matte with vertical lines
- Laser Sources
- CO₂ & Fiber, up to 10 kW
- Repeatability
- ±0.002 in.
- Positioning Accuracy
- ±0.004 in.
- Lead Time
- 5–7 days
Metric
- Maximum Part Size
- 20 mm
- Minimum Part Size
- ≥ 1 mm(2× material thickness)
- Distance Dimensions
- ±0.2 mm
- Maximum Material Thickness
- Carbon steel ≤ 25 mm
- Maximum Material Thickness
- Stainless steel ≤ 15 mm
- Maximum Material Thickness
- Aluminum ≤ 15 mm
- Maximum Material Thickness
- Copper ≤ 12.7 mm
- Kerf (Slit Size)
- ~0.5 mm
- Edge Condition
- Matte with vertical lines
- Laser Sources
- CO₂ & Fiber, up to 10 kW
- Repeatability
- ±0.05 mm
- Positioning Accuracy
- ±0.1 mm
- Lead Time
- 5–7 days
Why Teams Choose Ezra Over Platforms
Standard
- Engineering-reviewed laser files
- No MOQ
- Support for complex geometries
- Wide range of materials (Metal & Plastic)
- Tolerances up to ±0.05 mm
- Max thickness: up to 25 mm steel
- Clean edge finish (low burr)
- Post-processing (deburring, polishing)
- Manual quoting & dedicated engineer
- Instant online quote
- Engineering-reviewed laser files
- No MOQ
- Support for complex geometries
- Wide range of materials (Metal & Plastic)
- Tolerances up to ±0.05 mm
- Max thickness: up to 25 mm steel
- Clean edge finish (low burr)
- Post-processing (deburring, polishing)
- Manual quoting & dedicated engineer
- Instant online quote
Competitor
- Engineering-reviewed laser files
- No MOQ
- Support for complex geometries
- Wide range of materials (Metal & Plastic)
- Tolerances up to ±0.05 mm
- Max thickness: up to 25 mm steel
- Clean edge finish (low burr)
- Post-processing (deburring, polishing)
- Manual quoting & dedicated engineer
- Instant online quote
Industries We Serve
EzraMade’s clients come from multiple industries. Whether you produce medical devices, cars, or consumer goods, you'll find us to be a reliable injection molding partner. Our injection molding services are designed for ultimate predictability in costs and quality.
Work Seamlessly with Our Expert Engineering Team
We’re a direct manufacturing partner with in-house capabilities and real technical support — ready to support your product through every stage.
A Full-Service Team Working With You
Engineers support you from quoting through DFM to production — every step led by people who understand the process.
- Expert guidance from real engineers
- Support for DFM, sourcing, and project coordination
- Fast-response service via chat, email, or phone
Factory Pricing at Scale
Our in-house production means lower costs, better control, and no middleman markups when you scale up.
- Consistent pricing from prototype to production
- No surprise fees or supply chain handoffs
- Built-in savings on large-volume orders
Post-Processing Included
From finishing to assembly to packaging, we take care of the final steps so your parts arrive ready to use.
- Surface finishing like painting and plating
- Sub-assembly and part fitting
- Export packaging and labeling
Flexible Manufacturing
From prototyping to low-volume runs to mass production — we adjust to your needs, with no fixed MOQs.
- Prototyping to production in one place
- No minimum order required
- Easy to scale when you're ready
Tell us about your project!
Laser Cutting FAQs
What materials can be laser cut?
We support stainless steel, carbon steel, aluminum, brass, copper, and acrylic. Material thickness varies—up to 25 mm for mild steel.
What’s the cutting tolerance and edge quality?
Typical tolerance is ±0.1 mm. Laser-cut edges are clean, with minimal burrs. We offer post-processing like deburring and polishing if needed.
What files do you accept?
We recommend .DXF, .DWG, .STEP, or .IGES files. Our engineers can assist with DFM if the file requires adjustment.
Can you do both prototypes and production?
Yes. We support low-volume prototyping with no MOQ, as well as batch production with short lead times (3–7 days).
Do you offer custom surface finishes or engravings?
Yes. We can apply painting, anodizing, or marking upon request. Just let us know during quoting.
