Engineering parts
Brackets, plates, guards, shims and repeat production components cut from trade-ready CAD files.
Metal cutting
Fiber Laser Cutting for Sheet Metal Parts
High-speed metal laser cutting for mild steel, stainless steel, aluminium, brass, copper, Colorbond and Corten parts from real DXF, DWG or vector PDF files.
Quote pathInstant pricing for suitable cut-ready files
Accepted filesDXF, DWG or vector PDF with real cut lines
ProductionSydney workshop with freight for suitable jobs
Review pathComplex work can be checked before production
Service detail
Metal laser cutting for repeatable trade and production work.
Fiber laser cutting is the cleanest route for flat sheet metal parts where speed, nesting efficiency and repeatable profiles matter. It suits trade customers who already have drawings and need parts cut accurately without a long estimating chain.
In Australia this is also commonly searched as fibre laser cutting. Same process, same focus: clean sheet metal components cut from real vector geometry, not screenshots or artwork saved into a PDF.
The instant calculator is best for cut-ready profiles with known material and thickness. Jobs with very tight tolerances, coated materials, heavy engraving notes, finishing requirements or unusual handling can still start online, then move into review before production.
ProcessFiber laser sheet metal cutting
Best forMild steel, stainless, aluminium and selected non-ferrous metals
Quote pathInstant pricing for suitable cut-ready flat profiles
Review whenFinish, coating, high detail or tolerance is critical
Technical quoting detail
Specs Google and production buyers need to see.
These details make the page clearer for search intent and for trade buyers deciding whether their sheet metal job is suitable for instant pricing or should be reviewed first.
Service
Fiber laser cutting, also commonly searched in Australia as fibre laser cutting.
Best materials
Mild steel, stainless steel, aluminium, brass, copper, Colorbond and Corten steel where grade, finish and thickness are suitable.
Best job types
Flat sheet profiles, brackets, plates, guards, shims, metal letters, signage components and repeat production parts.
Accepted quote files
DXF, DWG or vector PDF files with real cut lines at 1:1 scale. A photo, screenshot or JPG saved as PDF is not a cutting file.
Pricing factors
Material, thickness, quantity, cut length, pierce count, nesting, tiny internal details, finish notes and file cleanliness.
Review before pricing
Use the reviewed quote path for coated/customer-supplied metals, finish-critical parts, tight tolerances, bending, welding, painting, tapping or assembly.
Real workshop photos
Real fiber laser cutting work from our workshop.
Real metal cutting, nested sheet work and finished components from the workshop, showing the kind of production-ready parts customers actually order.
Best-fit work
Where fiber laser cutting makes the most sense.
These pages are written for trade customers, fabricators, sign shops, procurement teams and production buyers who need clarity before sending files.
Signage metalwork
Flat metal letters, backing plates, architectural details and display components for sign shops and installers.
Batch production
Nested sheet runs where pierce count, cut length and material use need to be efficient from the start.
Material fit
Materials need the right cutting process.
The fastest quote is still the correct quote. Material, thickness, edge expectation and finishing notes determine whether the job should price instantly or be reviewed first.
Mild steel
Good fit for brackets, plates, guards and general fabrication parts.
Stainless steel
Used for clean commercial, architectural and industrial components where edge quality matters.
Aluminium
Useful for signage, panels and lightweight components; material grade and finish should be confirmed.
Brass, copper and coated metals
Can be suitable, but reflective or coated sheets often need review before production.
File rules
What counts as a cut-ready file.
A cut-ready file contains actual vector paths the machine can follow. It is not simply a picture placed into a PDF. This distinction is important because the calculator reads cutting geometry, not visual artwork.
PDF
PDF only works when the cut lines are real vectors.
If a JPEG, phone photo or screenshot is saved as a PDF, it still cannot be priced as a cutting file. Send that through review so we can advise on file prep.
- Use DXF or DWG wherever possible.
- Vector PDF can work when it contains real vector cut lines.
- Keep artwork, engraving, crease and cut operations on clearly named layers.
- Supply files at 1:1 scale with closed paths and duplicated lines removed.
Not ready yet?
Use the reviewed quote path.
If the job includes photos, sketches, mixed services, unclear material, finishing, fabrication, painting, welding, 3D printing, installation context or production advice, send the brief through contact instead.
Workflow
From upload to production.
Upload the drawing
Use DXF, DWG or a vector PDF with real cut lines at the correct scale.
Select metal and thickness
Pricing is built around material, thickness, cut length, pierces and quantity.
Check the result
Simple flat profiles can price immediately; complex notes can be flagged for review.
Cut, sort and dispatch
Parts are cut, packed and prepared for pickup or suitable delivery.
Quote path
Instant quote where it is clean. Expert review where it matters.
The calculator is the fastest path for clean cutting files. For mixed services, unclear geometry, specialist materials or finish-critical work, the reviewed quote path keeps the job accurate before production starts.
The file contains screenshots, photos, missing scale or open paths.
The job needs countersinking, bending, welding, painting, tapping, deburring notes or assembly.
The material is coated, supplied by the customer, highly reflective or finish-critical.
Tiny bridges, dense pierce counts or very fine internal details may affect cut quality or price.
Related materials
Material pages connected to this process.
Common questions
Answers before production starts.
Can I get instant pricing for fiber laser cutting?
Yes, for suitable flat sheet metal jobs with DXF, DWG or vector PDF files that contain real cut lines. Complex or finish-critical work can still be reviewed by the team.
Is fibre laser cutting the same as fiber laser cutting?
Yes. Fibre laser cutting is the Australian spelling many customers use for the same sheet metal cutting process. The important part is supplying clean vector cut files and the correct material details.
Can I upload a PDF?
Only if the PDF contains real vector cutting paths. A JPEG, photo or screenshot saved as a PDF is still an image and will need file preparation before it can be priced properly.
What's your minimum order quantity?
One-off parts, prototypes and repeat production runs can all be quoted. Very small jobs still need setup time, so uploading a clean file is the fastest way to see whether the price works.
Do you offer engraving?
Yes. CO2 laser engraving is available for compatible materials such as acrylic and timber, and some jobs can also use marking, printing or finishing depending on the material.
Can you cut metal?
Yes. Fiber laser cutting is used for sheet metals including mild steel, stainless steel, aluminium, brass, copper, Colorbond and Corten steel where the material and thickness are suitable.
Do you offer shipping?
Yes. Pickup is available from Botany NSW and freight or delivery can be arranged for suitable jobs. Add the delivery postcode when requesting a quote.
Ready file
Price fiber laser cutting from real cutting files.
Upload DXF, DWG or vector PDF files with actual cut paths, or send complex jobs through the reviewed quote path.