LASER CUTTING MACHINES
& LASER CUTTERS
Explore Thunder Laser cutting machines for wood, acrylic, and metal. Compare CO₂ and fiber laser cutters to find the right fit for your materials, sheet sizes, and production needs.
Products
Product Category
Bolt Series
Professional High-Precision Laser Engraving Machine
Nova Series
Large Format Glass Tube Laser Cutting Machine
Nova Plus Series
Business-grade RF CO₂ Laser Cutter
Nova Pro Series
Professional Laser Cutting & Engraving System
Titan Series
Industrial-grade Laser System
Titan Pro Series
Industrial-grade Dual-laser System
Application
Classification
WHAT ARE YOU LOOKING FOR?
Search Across Products, Blog Posts, Support Content, And Resources.
What Is Laser Cutting?
Laser cutting uses a focused laser beam to cut through material along a digital design. The beam follows vector paths to produce shapes, openings, and individual parts from sheet materials.
Intricate Shapes
Complex outlines, small holes, and fine internal patterns, all cut in one pass.
Non-Contact Processing
The beam does the work, so no blade touches the material and no clamping marks are left behind.
Repeatable Parts
The same file produces identical parts run after run, which makes batch production predictable.
What Materials Can Thunder Laser Cutters Cut?
Non-metals run on the CO₂ platform, metal sheet runs on the fiber platform. Pick a material to see the thickness range, the settings we test with, and finished parts.
Non-Metal Materials
CO₂ laser · Nova Series
-
Wood & Plywood
Solid wood, plywood, MDF, and veneer with clean, sandable edges.
Acrylic
Cast and extruded acrylic with a flame-polished cut edge.
Paper & Cardstock
Invitations, inserts, and stencils — no die, no setup cost.
Leather
Natural and faux leather cut and engraved with sealed edges.
Fabric & Textile
Cotton, felt, and denim cut with sealed edges that do not fray.
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Foam & EVA
EVA, PE, and PU foam cut into inserts and protective packaging.
ABS
Rigid ABS sheet cut and engraved for enclosures and panels.
Rubber
Rubber sheet cut into gaskets, stamps, and pads without tearing.
Film & Grip Tape
Protective film, masking, and grip tape cut to shape.
Not sure which sheet works? Send us a sample — we cut it and send the settings back.
Metal Materials
Fiber laser · AccuMetal Series-
Stainless Steel
Up to 5 mm on AccuMetal, with no dross on the underside.
Carbon Steel
Up to 8 mm standard, and up to 16 mm on the AccuMetal 51.
Aluminum
Up to 3 mm, with a clean, burr-free edge on 5052 and 6061 sheet.
Brass
Up to 2 mm. Reflective surface, so the machine has to be rated for brass.
Copper
Up to 2 mm. Very high reflectivity — confirm the machine is rated for copper.
Thickness, coating, and finish all change the settings. Send us your sheet and we return cut samples with the parameters we used.
Explore Thunder Laser Cutting Machines
CO₂ for non-metals, fiber for metal sheet
Two series cover cutting at Thunder Laser. Nova Series is the CO₂ platform for wood, acrylic, paper, and leather. AccuMetal Series is the fiber platform for stainless and carbon steel sheet. Pick the series first, then the working area.
CO₂ Laser Cutters
Wood, acrylic, MDF, paper, leather, and other non-metals
Nova Series
Four formats from 600 × 400 mm to 1,600 × 1,000 mm
- Laser source
- DC glass CO₂ tube
- Laser power
- 40 / 80 / 100 / 130 W
- Working area
- 600 × 400 mm to 1,600 × 1,000 mm
- Typical materials & applications
- Acrylic, plywood, MDF, wood, cardboard, leather and fabric—for signs, display components, packaging prototypes, architectural models and craft products.
- Key configuration
- sHybrid servo motion up to 1,000 mm/, dual air assist with high- and low-pressure modes, and red-dot positioning to support controlled cutting and easier job alignment.
CO₂ only. Nova Series can only cut non-metals, does not cut bare metal sheet.
Fiber Laser Cutters
Stainless steel, carbon steel, aluminium, brass
AccuMetal Series
Two formats: 610 × 610 mm and 1,300 × 1,300 mm
- Laser source
- Fiber laser
- Laser power
- 1500 / 3000 W
- Working area
- 610 × 610 mm to 1,300 × 1,300 mm
- Typical materials & applications
- Stainless steel, carbon steel, aluminum and brass sheet—for brackets, mounting plates, frames, metal lettering and custom sheet-metal parts.
- Key configuration
- ±0.02 mm repeat positioning, automatic edge finding, 500 mm/s, 2.0 G (24) / 1.8 G (51), 50 mm max processing height, 500 / 1,000 kg table load, front and rear pass-through door
AccuMetal cuts metal sheet; it does not replace a CO₂ cutter for acrylic or wood.
Why Choose Thunder Laser for Laser Cutting?
Four things decide whether a cutter fits your workshop: the quality of the cut, the size of the work it accepts, how long setup takes, and who supports you after delivery.
Clean Edges. Detailed Shapes.
CO₂ and fiber laser options match different materials, with adjustable processing settings to help achieve clean edges and intricate cuts.
Work Areas for Different Projects
Choose from multiple working areas for individual projects and batch production, with pass-through access on supported models for longer workpieces.
Less Time on Setup
Autofocus and configurable air assist on equipped models reduce manual preparation, helping you move from material setup to cutting more efficiently.
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Support Beyond the Machine
From material testing and machine selection to training and technical support, get practical help before and after your laser cutter arrives.
How to Use a Thunder Laser Cutter
From File to Finished Part in 3 Steps.
Prepare Your Design
01
Create or import a vector cutting file. Keep outlines, holes, and score lines on separate layers, and size the artwork to the sheet you are cutting.
Set Up Your Material
02
Place the sheet, focus the laser, and set the parameters for that material and thickness, including air assist, cut passes, and piercing where needed.
Preview and Start Cutting
03
Check the job position and nesting with framing or preview, then start the cut and watch the first parts for kerf and edge quality.
See What You Can Make with a Thunder Laser Cutter
Six groups of work that customers cut every day. For each one we list the material, the machine, the power, and the detail that decides whether the job is realistic: kerf, edge finish, and how the parts assemble.
Acrylic Signs & Display Stands
Cast acrylic with flame-polished edges, cut and engraved in the same job for shop signs and counter displays.
- Material
- Cast acrylic
- Machine
- Nova 51
- Laser power
- 80 W RF CO₂
- What to check
- Kerf width, edge clarity, and how the stand slots together without glue
Wooden Assemblies & Models
Plywood and MDF parts designed to press-fit, from architectural models to flat-pack furniture components.
- Material
- Plywood / MDF
- Machine
- Nova 51
- Laser power
- 60 W RF CO₂
- What to check
- Slot tolerance for press fit, edge char on the cut face, and repeatability across a batch
Paper Packaging & Cut-Outs
Invitations, gift boxes, and packaging inserts where the pattern, not the speed, is the hard part.
- Material
- Cardstock / kraft paper
- Machine
- Nova 35
- Laser power
- 60 W RF CO₂
- What to check
- Fine bridges holding without tearing, no scorched edges, and flat sheets after cutting
Metal Parts
Brackets, perforated discs, and small mechanical parts cut on the fiber platform, with the cut-through range verified in our own tests.
- Material
- Stainless steel 304 / carbon steel
- Thickness
- 5 mm stainless, 8 mm carbon steel (cut through without dross)
- Machine
- AccuMetal Series
- Laser power
- 1500 W fiber
- What to check
- Square edges, minimal dross on the underside, and hole roundness in small arrays
Perforated Panels & Vent Grilles
Vent covers, speaker grilles, and filter plates, where hundreds of holes have to come out identical across the whole sheet.
- Material
- Stainless steel 304 / aluminum
- Machine
- AccuMetal Series
- Laser power
- 1500 W fiber
- What to check
- Hole spacing holding across the sheet, burr on the exit side, and flatness after a dense pattern
Metal Signage & Lettering
House signs, brand plaques, and openwork lettering, where thin strokes have to survive the cut and still line up with the backing plate.
- Material
- Stainless steel / brass, with wood or acrylic backing
- Machine
- AccuMetal Series
- Laser power
- 1500 W fiber
- What to check
- Thin strokes staying intact, dross on narrow sections, and screw holes lining up with the backplate
Thickness and cycle time depend on your exact material, so we measure rather than estimate. Send us your sheet and we will return cut samples with the settings and timing we used.
Laser Cutting Machine FAQs
The questions buyers ask before choosing a cutter: what it can cut, how thick, which source, and what it takes to install.
Q1: What materials can a laser cutter cut?
Q2: How thick can a Thunder Laser cutter cut?
Q3: Should I choose a CO₂ or fiber laser cutter?
Q4: Can the same machine cut and engrave?
Q5: How much does a Thunder Laser cutting machine cost?
Q6: What equipment do I need to install a laser cutter?
Find the Right Laser Cutter for Your Work
Tell us your material, thickness, sheet size, and production requirements. Our team can help you compare suitable machines and arrange a material test.
Material test with your own sheet
CO₂ and fiber comparison
Installation, training, and support
STEP INTO THE FUTURE OF
LASER TECHNOLOGY
With Thunder Laser's Rf Solutions, You Don't Have To Compromise On Speed, Quality, Or Reliability
Stable & Consistent MachinesUnlimited ApplicationsRobust After-sales SupportFactory Direct Supply
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