Our Metal Fabrication Technology & Equipment
CNC fibre laser cutting and CNC press brake technology built for precision, repeatability, and fast turnaround at our Brampton, ON facility. Dependable Laser Works runs modern CNC equipment to produce accurate, consistent metal parts for clients across Ontario. Our cutting and forming machines work side by side in one shop, so your parts go from flat sheet to finished component without being sent out.
- CNC Fibre Laser Cutting
- CNC Press Brake Bending
- Steel · Stainless Steel · Aluminum
- Prototype to Production
Technology That Drives Precision Fabrication
In metal fabrication, the equipment on the shop floor sets the limits for everything else. It decides how accurate a part can be, how clean the edges are, how closely the 500th piece matches the first, and how quickly an order ships.
At Dependable Laser Works, our technologies are set up as one continuous workflow. The fibre laser cuts the flat blank. The press brake forms it to the angles on your drawing. In-house welding and 3D design work take it the rest of the way. Because every step happens under one roof, there are fewer handoffs, fewer delays, and fewer chances for error.
Our Core Fabrication Technologies
CNC Fibre Laser Cutting
Our CNC fibre laser uses a focused, high-energy beam to cut steel, stainless steel, and aluminum sheet with tight accuracy and clean edges. Fibre technology cuts thin and medium-gauge metal faster than older CO2 systems and handles reflective materials like aluminum well. Parts come off the bed with minimal dross, which reduces secondary finishing and keeps projects on schedule.
Key Specs:
Laser Type: CNC fibre laser
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Laser Power: 6 kW
Cutting Bed Size: 102mm × 181 mm
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Maximum Thickness: Steel 22 gauge to ¾ in· Stainless Steel 22 gauge to ½ in· Aluminum 22 gauge to ¾ in
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Accepted Files: DWG, DXF, STEP, PDF
CNC Press Brake / Brake Press Bending
Our CNC press brake bends flat blanks into brackets, enclosures, channels, and formed panels with consistent angles on every part. A CNC back gauge and programmed bend sequences place each bend in the same position, run after run. Because blanks come straight from our laser, the flat pattern and the formed part stay matched to your drawing.
Key Specs:
Machine Type: CNC press brake
Press Capacity: 193 US tones
Maximum Bending Length: 148 mm
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Back Gauge: CNC-controlled
Tooling: Vary based on thickness
From Flat Sheet to Finished Part: One Connected Workflow
File Intake & Programming
Send us your DWG, DXF, STEP, or PDF drawing. We review it for manufacturability, then program the cut paths and bend sequences before any metal is touched.
Fibre Laser Cutting
The fibre laser cuts your flat blanks to exact dimensions, with holes, slots, and bend reliefs placed precisely where the formed part needs them.
Press Brake Forming
Blanks move directly to the CNC press brake, where each bend is formed to the programmed angle and sequence without leaving our Brampton shop.
Welding, Finishing & Inspection
Parts are welded and finished if the job requires it, checked against your drawing, and prepared for pickup or delivery across Ontario.
Accuracy and Repeatability You Can Rely On
Every cut and bend we make is CNC controlled, so accuracy comes from the program, not from guesswork at the machine. Once a job is set up, the same program runs part 1 and part 1,000, which keeps large orders consistent from start to finish.
Keeping cutting and forming in one facility matters too. Parts never travel between outside shops, so there is no tolerance stack-up from different machines, operators, or setups. What you approve on the first part is what you receive in the last.
Technology Serving Industries Across Ontario
Our technology capabilities support businesses across transportation, manufacturing, industrial production, signage, product development, and other sectors throughout Ontario.
Trucking & Fleet
Brackets, mounts, guards, and body components cut and formed for truck builds, trailer work, and fleet repairs.
Automotive
Precision brackets, plates, and custom components for aftermarket, restoration, and specialty vehicle projects.
Manufacturing
Repeatable production parts, machine guards, and enclosures for Ontario manufacturers with ongoing orders.
HVAC and Industrial
Duct components, panels, housings, and mounting hardware cut and bent to fit correctly on site.
Sign Making
Clean-edged letters, logos, and sign panels cut from steel, stainless steel, and aluminum.
Prototype Development
Fast one-off and short-run parts, so you can test fit and function before committing to production.
Materials Our Equipment Handles
Our fibre laser and press brake are set up for the core sheet metals behind most fabrication projects.
Steel
Mild steel cut and formed for structural parts, brackets, and heavy-duty components.
Stainless Steel
Corrosion-resistant parts for food processing, industrial, and outdoor applications, with clean laser-cut edges.
Aluminum
Lightweight parts for transportation, signage, and enclosures, cut cleanly on our fibre laser.
See Our Technology in Action
Take a look inside our Brampton shop, from live laser cutting to press brake forming and finished parts ready for delivery.
Frequently Asked Questions About Our Equipment
What is CNC fibre laser cutting?
CNC fibre laser cutting uses a computer-controlled, high-powered laser beam to cut sheet metal along a programmed path. It produces accurate parts with clean edges and very little material waste.
What is the difference between a press brake and a brake press?
There is no difference. Both terms describe the same machine, which bends sheet metal by pressing it between a punch and a die. “Press brake” is the more common industry term.
Can a fibre laser cut aluminum and other reflective metals?
Yes. Fibre lasers handle reflective metals like aluminum far better than older CO2 laser systems. This lets us cut aluminum parts cleanly and consistently.
What file formats do you accept for laser cutting and bending?
We accept DWG, DXF, STEP, and PDF files. If you only have a sketch or a sample part, contact us and we can discuss how to prepare your drawing.
Do you cut and bend parts in the same facility?
Yes. Laser cutting, press brake forming, and welding all happen at our Brampton shop. Keeping every process in-house shortens lead times and keeps tolerances consistent.
Can your equipment handle both prototypes and production runs?
Yes. Our CNC programs work the same way for a single prototype or a run of thousands. Once your part is approved, every repeat order matches the original.
Put Our Technology to Work on Your Next Project
Send us your DWG, DXF, STEP, or PDF drawing, and we’ll quote your project using the right equipment for the job.