Custom Laser Cutting Services-Fengnuo

暂无数据

Home

Custom Laser Cutting Services

Fast, precise laser cutting for aluminum, stainless steel, carbon steel, acrylic, ABS plastic, and more. Get clean edges, tight tolerances, and quick turnaround from your CAD files.

From Rapid Prototyping to Production
Tight Tolerances and Clean Cut Edges
High-Quality Laser Cut Parts in Days

Request a Quote Now

Why Choose Laser Cutting?

Laser cutting is ideal for producing flat sheet parts with clean profiles, accurate edges, and fast turnaround without custom tooling.

Prototype Laser Cutting

Fast laser-cut prototypes from your CAD files, ideal for design validation, fit checks, and quick product iteration without tooling.

Custom Metal Laser Cutting

Precision cutting for stainless steel, carbon steel, aluminum, brass, and copper sheet parts, including brackets, panels, covers, and guards.

High-Precision Industry Applications

Stable, high-accuracy laser cutting for aerospace, medical, automotive, electronics, and industrial equipment parts that require clean edges and consistent repeatability.

Laser Cutting Materials We Support

We support a range of metal and plastic sheet materials for laser-cut prototypes, brackets, panels, covers, enclosures, signs, and functional sheet parts.

Carbon Steel / Mild Steel

Stainless Steel

Aluminum

Copper

Polycarbonate / PC

Acrylic / PMMA

POM (Acetal / Delrin®)

< 1 >

Laser Cutting Materials We Support

We support a range of metal and plastic sheet materials for laser-cut prototypes, brackets, panels, covers, enclosures, signs, and functional sheet parts.

Carbon Steel / Mild Steel

Stainless Steel

Aluminum

Copper

Polycarbonate / PC

Acrylic / PMMA

POM (Acetal / Delrin®)

Carbon Steel / Mild Steel

Carbon steel and mild steel offer good strength, formability, weldability, and cost efficiency, making them suitable for laser cutting of brackets, frames, mounting plates, machine guards, fixtures, enclosures, and other structural sheet metal parts. Common grades include A36, 1018, and Q235.

Stainless Steel

Stainless steel offers excellent corrosion resistance, good strength, and reliable formability and weldability, making it suitable for laser cutting of panels, brackets, covers, enclosures, food-processing parts, medical equipment components, and other precision sheet metal parts. Common grades include 304, 304L, 316, and 316L.

Aluminum

Aluminum is lightweight, corrosion-resistant, and easy to form, making it suitable for laser cutting of panels, covers, enclosures, brackets, electronics components, equipment parts, and other lightweight sheet metal parts. Common grades include 5052, 6061, and 3003.

Copper

Copper offers excellent electrical and thermal conductivity, good formability, and reliable corrosion resistance, making it suitable for laser cutting of busbars, electrical contacts, shielding plates, heat spreaders, conductive components, and custom sheet metal parts. Common grades include C110 and C101.

Polycarbonate / PC

Polycarbonate offers excellent impact resistance, good dimensional stability, and high optical clarity, making it suitable for laser cutting of protective covers, machine guards, transparent panels, equipment windows, display components, and durable plastic parts.

Acrylic / PMMA

Acrylic offers excellent optical clarity, good weather resistance, and a smooth surface finish, making it suitable for laser cutting of display panels, light guides, protective covers, signage, equipment windows, decorative parts, and visual prototypes. Available options include clear, colored, cast, and extruded acrylic.

POM (Acetal / Delrin®)

POM offers low friction, good wear resistance, high stiffness, and excellent dimensional stability, making it suitable for precision spacers, guides, sliding components, wear plates, fixtures, and other functional plastic parts.

Laser Cutting Surface Finishing Options

Laser-cut parts can be finished to improve appearance, corrosion resistance, edge quality, color, or functional performance.

Polishing

Improves brightness and smoothness, often used for stainless steel, aluminum, brass, or decorative parts.

Painting

Adds custom color and cosmetic appearance for metal or selected plastic parts.

Plating

Improves corrosion resistance, conductivity, wear resistance, or appearance depending on the material and coating type.

Powder Coating

Adds durable color and corrosion protection for metal panels, covers, brackets, and enclosures.

Anodizing

Used for aluminum parts to improve corrosion resistance, wear resistance, and color appearance.

Bead Blasting

Produces a uniform matte surface and reduces visible surface marks.

Brushing

Creates a directional grain finish, commonly used for stainless steel and aluminum panels.

Deburring

Removes sharp edges and small burrs from laser-cut parts for safer handling and cleaner assembly.

Laser Cutting Surface Finishing Options

Laser-cut parts can be finished to improve appearance, corrosion resistance, edge quality, color, or functional performance.

Polishing

Improves brightness and smoothness, often used for stainless steel, aluminum, brass, or decorative parts.

Painting

Adds custom color and cosmetic appearance for metal or selected plastic parts.

Plating

Improves corrosion resistance, conductivity, wear resistance, or appearance depending on the material and coating type.

Powder Coating

Adds durable color and corrosion protection for metal panels, covers, brackets, and enclosures.

Anodizing

Used for aluminum parts to improve corrosion resistance, wear resistance, and color appearance.

Bead Blasting

Produces a uniform matte surface and reduces visible surface marks.

Brushing

Creates a directional grain finish, commonly used for stainless steel and aluminum panels.

Deburring

Removes sharp edges and small burrs from laser-cut parts for safer handling and cleaner assembly.

Laser Cutting Tolerances & Design Guidelines

Laser cutting accuracy depends on material type, sheet thickness, part size, kerf width, geometry, and heat effects. For tight fits or assembly features, drawings should clearly define critical dimensions.

Capability	Typical Guidance
General Laser Cutting Tolerance	Commonly around ±0.10 mm to ±0.25 mm depending on material and thickness
Standard Practical Tolerance	Around ±0.127 mm / ±0.005 in is often used as a standard reference
Kerf Width	Typically around 0.2-0.4 mm for laser cutting
Minimum Feature Size	Recommended at least 2× material thickness, or reviewed based on material and thickness
Best-Fit Parts	Panels, brackets, covers, shims, signs, guards, enclosures, flat sheet metal parts
Thickness Note	Sheet thickness tolerance depends on raw material stock, not only the laser cutting process