Laser Cutting Service
Zorapid delivers tailored laser cutting solutions for aluminum, steel, and technical polymers, integrating rapid prototyping and mass production into one reliable service.
- 24-hour DFM analysis feedback
- Rapid prototyping & functional validation
- Smooth surfaces + burr-free edge finishing
Accurate cutting, clean finish and superior cost efficiency.
Why Partner with Zorapid for Laser Cutting?
Choose Zorapid laser cutting: proven precision, fast lead time, full technical support & broad material fit, ideal for prototype and small-batch precision parts.
- Micron-level Positioning：Pos accuracy ±0.02mm, repeat ±0.01mm, verticality ≤0.01mm, burr & distortion free
- Reduced Secondary Processing：Smooth burr-free cuts, minimal post-processing needed
- Integrated Manufacturing：20+ years precision machining experience, full support from DFM to mass production
- Mold-free Flexible Production：1pc MOQ, 3-5 days fast delivery for small batch custom parts
Explore Zorapid Laser Cutting Capabilities
Equipped with high-power fiber lasers for complex industrial cutting. We deliver fine edges & tight tolerances, fit all materials and thicknesses. Strict quality control covers prototype to mass production.
Inert Gas Laser Cutting
High-purity nitrogen shielding eliminates oxidation for pristine oxide-free edges. No extra finishing needed, ready for welding & coating directly.
Laser Flame Cutting
Heat-accelerated cutting works best for thick steel. Fast cuts, solid structure, reliable and budget-friendly for heavy industry parts.
Laser Sublimation Cutting
Vaporization cutting avoids melting. Ideal for PTFE, PEEK & fine materials, precise zero-dross edges. Low HAZ secures stable specs.
Fiber Laser Fine Cutting
Ideal for thin metal & intricate shapes, ±0.05mm tolerance. Fine narrow kerf suits electronics & medical parts with precise smooth edges.
Materials of Laser Cutting Services at Zorapid
Zorapid offers custom laser cutting solutions for all industries. High-power fiber lasers ensure top precision across all materials.
Metal Laser Cutting
We specialize in fast, ultra-precise sheet metal work.
- Aluminum Laser Cutting：Ideal for lightweight, corrosion-resistant components with clean, burr-free edges. Optimized for sheet thicknesses <8mm.
- Stainless Steel Laser Cutting：Delivers sharp, professional finishes for medical, food-grade, and industrial hardware. Optimized for sheet thicknesses <5mm.
- Carbon & Alloy Steel Cutting：Robust, reliable solutions for heavy-duty structural and machinery components.
- Copper & Brass Cutting：Specialized processing for reflective metals, tailored to electrical and decorative applications.
Plastic & Polymer Laser Cutting
Precision non-contact laser cutting for industrial non-metals.
- Acrylic Laser Cutting：Produces flame-polished, crystal-clear edges—ideal for display assemblies and optical components requiring optical clarity.
- ABS & Polycarbonate Cutting：High-speed, precision shaping for durable engineering enclosures and structural parts, with consistent dimensional accuracy.
- High-Performance Polymers：Precision non-melt cutting for heat-resistant polymers, ideal for gaskets, seals, medical parts.
- Custom Gasket & Foam Cutting：Precision fabrication of industrial seals, gaskets & protective packaging inserts, custom-fit to your specs.
Laser Cut Surface Finishing
Our laser cut surface finishing removes slag & heat discoloration, offering deburring, blasting, anodizing, powder coating and polishing for better appearance, corrosion resistance and precision assembly.
As-Machined Finish
Direct CNC surface with fine tool marks. A cost-effective choice for functional prototypes and non-critical parts.
Polishing
Mirror finish down to Ra 0.2 μm. Ideal for luxury goods, optics, and parts requiring a flawless aesthetic.
Anodizing
Premium aluminum finish boosting corrosion resistance and durability, with custom color options available.
Sand Blasting
Creates a uniform matte texture.
Improving coating adhesion and hiding surface imperfections.
Brushed Finish
Smooth satin texture that hides minor scratches. Ideal for visible parts in consumer electronics and luxury goods.
Electropolishing
Mirror-smooth metal finish that boosts corrosion resistance, ideal for stainless steel and medical parts.
Powder Coating
Durable, eco-friendly polymer coating with vibrant colors and excellent UV/wear resistance.
Black Oxide Coating
Thin magnetite layer on steel, improving corrosion resistance with no dimensional change during treatment.
Alodine
Conductive aluminum coating that improves corrosion resistance and paint adhesion.
Tumbling
Removes burrs and creates a smooth finish, with no dimensional distortion.
Heat Treatment
Vacuum process to adjust metal hardness, strength, and toughness for high-stress applications.
Nickel Electroplating
Even nickel layer enhancing conductivity, corrosion protection, and wear resistance for industrial parts.
Our Tolerances in Laser Processing
We offer laser cutting with ±0.02~±0.15mm precision per material thickness. Advanced lasers & smooth workflow ensure accurate, consistent batches. Full inspection and finishing guarantee flawless prototype parts.
Advanced Laser Cutting Technology Comparison Table
Dimensional Tolerances by Material Thickness – Table
Typical Application Industries of Laser Cutting
- Medical Devices： Precision laser-cut stainless steel & titanium parts for medical housings, filters and surgical accessories.
- New Energy & Automotive：Battery trays, charging pile shells, chassis guards and lightweight vehicle structural parts.
- Aerospace：High-precision lightweight aluminum and titanium components for aircraft brackets and heat dissipation parts.
- Semiconductorl： Ultra-thin shielding covers, precision gaskets and equipment cavity parts for electronic assembly.
- Industrial Equipment：Custom enclosures, machine guards, frames and mechanical support sheet metal.
- Home Appliances：Stainless steel panels, kitchen and household metal decorative parts.
FAQ
1.What is the recommended minimum hole diameter relative to material thickness?
To maintain optimal edge quality and dimensional accuracy, we generally recommend a 1:2 ratio of hole diameter to material thickness. With our high-precision fiber laser technology, we can often achieve tighter ratios (down to 1:1 or better) for specialized applications. We recommend submitting your design files for a quick technical review to confirm the best approach for your intricate features.
2.How can I optimize my project to reduce overall costs?
At Zorapid Rapid, we prioritize cost efficiency from the very start by offering complimentary DFM (Design for Manufacturing) suggestions with every quote. Our engineering team analyzes your part nesting, geometry, and material selection to minimize waste, streamline production time, and eliminate unnecessary steps—passing those direct savings to you while upholding the highest quality standards.
3.What is the typical lead time for your laser cutting services?
Speed is at the core of our service. For standard laser cutting projects with finalized, ready-to-use CAD files, we typically deliver functional prototypes within 24 to 48 hours. Our robust workflow is designed to support your most demanding R&D timelines and production deadlines, ensuring reliable, fast turnaround without sacrificing quality.
4.What are the typical laser cutting tolerances at Zorapid Rapid?
Zorapid Rapid delivers industry-leading standard tolerances of ±0.10 mm to ±0.15 mm for most laser cutting applications. For projects requiring ultra-precision, our Fiber Laser Fine Cutting process achieves tight accuracies down to ±0.05 mm on thin-gauge materials (0.05–2 mm). We recommend leveraging our complimentary DFM review to validate the optimal tolerance for your unique design and material combination.
5.What file formats do you recommend for accurate quoting?
For the most precise and efficient quoting, we prefer 2D cutting path files in DXF/DWG format and 3D files in STEP, IGES, or SLDPRT for full DFM (Design for Manufacturing) analysis. Using these formats allows us to deliver a detailed quote and technical feedback in record time. If you only have a rough concept, we also accept written specifications and can assist with design and drafting.
Latest News & Article
