Creating
the Infrastructure
of Everything
We're ISO 9001:2015 registered and CWB certified. We build structural components from design to assembly. We're based in OLDCASTLE, Ontario, at the heart of North America's automotive and manufacturing centre.
TECHNOLOGY
High Precision,
Seamless Integration
CORE CAPABILITIES
• Custom fabrications.
• Carbon Steel, Stainless Steel.
• Machining and custom finishing.
• Welding: Tig, Mig, Arc & Fusion.
• Quality Inspection.
• Assembly, Sub-Assembly.
• Custom design, build to specification.
• Industrial Designers, Electricians, Painters & Welders.
• MIG, TIG welding equipment.
• Plasma Cutter, Bandsaw, Lathe, Surface Grinder.
• Oversize paint booth.
CUSTOM BUILT ASSEMBLIES
Mechanical Components:
Expertly crafted to meet your exact specifications.
Structural Assemblies:
Durable and reliable solutions for complex projects.
Advanced Welding Solutions:
Precision welding for robust, long-lasting results.
CNC Machining & Sheet Metal Work:
From prototyping to large scale production.
End-to-End Fabrication:
Comprehensive services from design to finishing. Our state-of-the-art facilities and skilled team ensure every component is built for seamless integration and optimized for performance.
INNOVATION - FORGING STRENGTH
Industrial Grade Excellence
Aerospace Precision
UMS | fabrication has a proven track record of working with our customers to make the most effective and functional finished product possible. This has included, but is not limited to, revolutionary part conveyance concepts, maximum efficiency carrier solutions, and patentable modularized BIW assembly lines.
We take pride in being able to offer a peace of mind service where a customer can handoff critical aspects of a project and rely on us to deliver a masterfully designed product where quality is paramount.
APPLICATIONS
Case Studies:
Fabrication
Flange Bender Station
Need
An automotive supplier required Flanging machine for car bodie panels. Edge flanging machines required was to be fully automatic due to complexity of the flanging operation and high production volume. Machine also required additional features such as automatic tool changers and programmable controls to increase efficiency and accuracy.
1
UMS developed a high-quality piece of equipment while conforming to an extremely tight deadline and ultimately exceeding original expectations.
Solution
3
Challenge
Parts required from machine with precise dimensions and machine should eliminates rough edges, while beading strengthens the sheet metal and provides reference points for alignment during assembly and welding. The machine was also required to perform various checks to ensure the entire process was correctly accomplished.
2
The Ultimate
in Quality
& Innovation
When company adopted our automated station, they achieved:
• A 25% boost in production efficiency.
• A 30% reduction in quality errors (miss-assembly alone costs more than 120k annually!).
Benefits/ROI
4
Industrial
Crossover Platform
Need
he main requirement from our client was the ability to cross from one side to the other within their facility. There are some processes made on the floor and some of these processes were made directly on their production line, which was already functioning. They requested for this project, three crossovers to be able to cross in different parts of the main production line.
1
After carefully checking the clearances
of the automotive production line, we found the best clearance for the crossover under it and above it, considering our client’s needs. Carefully placing the legs and the braces at their right position, we managed to create platforms such that all of them were supported correctly without interfering with the process under it.
Solution
3
One of the biggest challenges was the clearances under the crossover, since the automotive production line had some parts that can reach certain height, the crossover had to have enough clearance to be manageable for the production line, and short enough not to interfere with the other structures above it.
Challenge
2
When company adopted the system, they achieved:
• A 25% boost in production efficiency.