Repeat Welded Assemblies
Production Floor Stands
Fixtured welded assemblies produced as an ongoing managed manufacturing program.
Burlington, Ontario
Robotic Welding & Metal Fabrication
Your Fabrication Department.
Robot Welding Services Inc. is a manufacturing partner in Burlington, Ontario. Send us your drawing package and requirements. RWS reviews the project, plans the manufacturing route, completes welding and fabrication in-house, coordinates outside processes through established partners, and delivers finished components and assemblies.
FANUC ArcMate 120iC
Dual-Station Robotic Cell
Fronius TPS 400i · CMT/PMC
Steel · Stainless · Aluminum
Robotic + Manual Fabrication
In-House Fixture Design
One Accountable Manufacturing Partner
Stop managing five vendors for one part.
Most welded components need more than welding — machining, cutting, forming, coating. Managing that chain yourself means multiple quotes, multiple schedules, and multiple places for a project to stall.
RWS takes the whole drawing package instead. We handle engineering support, robotic and laser welding, stainless-steel welding, brazing, fabrication, tooling, and assemblies in-house — and manage machining, cutting, forming, and finishing through an established partner network. You deal with one accountable partner from kickoff to delivery.
Engineering & Project Support — In-House
The planning behind the parts.
RWS provides in-house drawing review, DFM support, CAD assistance, reverse engineering, fixture design and manufacturing-route planning. The goal is to identify fit-up, access, tolerance and production concerns before material is cut or welding begins.
Drawing Review & DFM
Drawings reviewed for manufacturability before anything is cut or welded — concerns flagged early, not after production starts.
CAD & Reverse Engineering
CAD support and reverse engineering to turn samples or sketches into manufacturable drawings.
Tooling & Weld-Fixture Design
Production tooling and weld fixtures designed for repeatable parts.
Production & Route Planning
Manufacturing-route and production planning — what runs in-house, what goes to partners, and in what order.
Supplier Coordination
Established machining, cutting, forming, and finishing partners selected, scheduled, and managed by RWS.
End-to-End Project Management
A single accountable contact managing schedules, suppliers, tooling, welding, and delivery of completed parts.
In-House Manufacturing
What happens in our facility.
Welding, brazing, fabrication, tooling, and assembly happen at the RWS facility in Burlington.
Robotic MIG Welding
FANUC ArcMate 120iC enclosed dual-station cell with Fronius TPS 400i (CMT/PMC). Steel, stainless steel, and aluminum.
Laser Welding
In-house laser welding for suitable components, thin materials, continuous seams, and prototype or production applications.
Stainless-Steel Welding
Stainless-steel welding in-house for fabricated components, welded assemblies, and recurring production programs.
Brazing
Brazing performed in-house for repeat components and assemblies, reviewed per material, joint design, and fit-up.
Fabrication & Manual MIG
Custom fabrication, manual MIG welding, and manual finishing.
Weld Tooling & Fixtures
Production tooling and weld fixtures designed and built for repeatability.
Assemblies & Prototypes
Welded assemblies, prototypes, and first-article support through ongoing production.
Mechanical Assembly & Finishing
Mechanical assembly and manual finishing so parts arrive complete.
RWS-Managed Manufacturing
One drawing package. One accountable contact.
These processes are supplied through established manufacturing partners rather than performed at the RWS facility. RWS coordinates the suppliers, schedules, requirements, and delivery as part of the complete project.
CNC Machining
RWS supplies CNC-machined components through established machining partners.
Laser Cutting
Laser-cut blanks and profiles supplied through the partner network, coordinated by RWS.
Forming
Formed components sourced through established partners and managed by RWS.
Tube Bending
Tube bending coordinated by RWS through its partner network.
Powder Coating
Powder coating arranged through finishing partners and managed to your specification.
Additional Finishing
Additional finishing processes coordinated by RWS so parts arrive complete.
How We Work
From drawing package to delivery in eight steps.
Step 01
Send Your Drawings
Email your drawing package and requirements directly to RWS.
Step 02
Review & DFM
We review your drawings, flag manufacturability concerns, and confirm materials, tolerances, and quantities.
Step 03
Manufacturing Route
We decide what runs in-house and which established partners handle machining, cutting, forming, or finishing.
Step 04
One Clear Quote
A single quote covering the full scope — no vendor juggling on your side.
Step 05
Tooling & Fixtures
Weld fixtures and production tooling designed and built for repeatable parts.
Step 06
Production
Robotic MIG, laser welding, stainless-steel welding, brazing, fabrication, and assembly in-house; partner processes coordinated by RWS.
Step 07
Inspection & Finishing
Dimensional checks, manual finishing, and coating managed to your spec.
Step 08
Delivery
Finished components or assemblies delivered by a single accountable contact.
Equipment
The cell behind the welds.
FANUC ArcMate 120iC
Enclosed dual-station robotic MIG welding cell.
Fronius TPS 400i
CMT and PMC welding processes for controlled, repeatable welds.
Laser Welder
In-house laser welding for suitable components, thin materials, and continuous seams.
Envelope & Materials
The robotic cell has an approximate 48 × 30 in working envelope for steel, stainless steel, and aluminum. Larger components, manual fabrication, and managed assemblies are reviewed separately.
Project Fit
Is your project a good fit for RWS?
RWS is strongest on drawing-based components and assemblies that benefit from repeatable welding, dedicated fixtures and a managed manufacturing route.
- Repeat welded components and assemblies
- Steel, stainless-steel and aluminum parts
- Prototype and first-article development leading into recurring production
- Projects requiring dedicated weld fixtures or tooling
- Completed parts requiring coordinated cutting, machining, forming, assembly or finishing
- Manufacturers needing overflow welding capacity or an accountable production partner
Field work, repair welding and projects with specific code or certification requirements are evaluated individually before quoting.
Quality Process
Quality built into the manufacturing route.
RWS reviews the drawing, joint design, tolerances and manufacturing sequence before production begins. Fixtures, welding parameters and first-article requirements are established around the specific component rather than treated as an afterthought.
- Drawing and tolerance review
- Joint-design and manufacturability review
- Fixture and tooling verification
- First-article review before production
- Controlled robotic welding parameters
- In-process visual and dimensional checks
- Finishing and outside-process requirements coordinated to the drawing
Inspection and documentation requirements are confirmed during quotation and matched to the needs of the project.
Project Examples
Repeat production, delivered.
Customer projects are kept anonymous — no names, drawings, or confidential details are ever published.
Aluminum Welding
Aluminum Handrails & Safety Rails
Production handrail and rail assemblies welded in 6061 aluminum using ER5356 filler.
Fabrication & Welding
Dock Anchors
Fabricated and welded dock-anchor components supplied as completed assemblies.
Medical, Accessibility & Mobility
Wheelchair Frame Assemblies
Welded wheelchair frame assemblies produced for a medical-sector customer.
Brazing
Brazed Production Components
Repeat manufacturing projects involving brazed components and assemblies produced in-house.
Stainless-Steel Welding
Stainless-Steel Weldments
Stainless-steel welded components and assemblies produced for recurring customer programs.
Genuine RWS Work Gallery
A look inside the work.
Real photos from the RWS floor. Select any pane to view it larger.
FAQ
Common questions from manufacturers.
Not seeing your question? Email us or send your drawings — you'll deal directly with the person running your project.
What does RWS do in-house?
Engineering support (drawing review, DFM, CAD, reverse engineering, tooling design, production planning), robotic MIG welding, laser welding, stainless-steel welding, brazing, manual MIG welding, custom fabrication, welded assemblies, production tooling and fixtures, prototypes, mechanical assembly, manual finishing, and end-to-end project management.
Which processes does RWS manage through partners?
CNC machining, laser cutting, forming, tube bending, powder coating, and additional finishing are supplied through established partners and managed by RWS. You get one quote and one accountable contact instead of coordinating multiple vendors.
What equipment does your robotic welding cell use?
A FANUC ArcMate 120iC in an enclosed dual-station cell, paired with a Fronius TPS 400i power source (CMT/PMC processes). It welds steel, stainless steel, and aluminum within an envelope of roughly 48 x 30 inches.
What kinds of production programs do you support?
Prototype and first-article support through repeat and high-volume production, including recurring production programs and repeat welded assemblies. Capacity is evaluated according to part geometry, tooling, process, and schedule.
Do you offer robotic TIG welding?
No. Our robotic welding is MIG. We also weld in-house with a laser welder for suitable components, thin materials, and continuous seams.
Can you work from a sample instead of drawings?
Yes. Our reverse engineering support turns existing parts into CAD models and manufacturing drawings.
Does RWS provide stamped engineering drawings?
RWS provides manufacturing engineering support, including drawing review, DFM, CAD assistance and fixture design. Professional engineering stamps or regulated engineering certification are provided only when specifically arranged and stated for a project.
Where are you located?
483 Enfield Road, Unit 3, Burlington, Ontario L7T 2X5, Canada.
How do I get a quote?
Email your drawing package and requirements to sales@robotweldingservices.com. The RWS team reviews every request and responds with any questions, pricing, and the proposed manufacturing route.
How quickly will RWS respond to my quotation request?
RWS will acknowledge a complete RFQ within one business day. The quotation timeline depends on the drawing package, tooling requirements, material availability and whether outside processes require supplier pricing.
Who manages my project?
Your RWS project contact — a single accountable person — owns schedules, suppliers, tooling, welding, and delivery from kickoff through completion.
Send Us Your Drawings
One drawing package. One accountable partner.
Send your drawings and requirements — RWS plans the manufacturing route, welds and fabricates in-house, coordinates the rest, and delivers finished parts.