Welding Fixture Design
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Welding & Fabrication Systems
WELDING & FABRICATION SYSTEMS
Welding & Fabrication Systems
Engineered welding systems built around production quality and repeatability.
GilMan Engineering develops welding fixtures, fabrication systems and production equipment that improve weld quality, repeatability, operator efficiency and manufacturing consistency.
Every solution is engineered around the customer's products, welding process, production targets and workshop environment.
Production challenges
Poor welding systems create expensive production problems.
Welding fixtures and fabrication equipment must control the product accurately while supporting efficient, repeatable production.
- 01Weld quality varies between operators.
- 02Fixtures are inaccurate.
- 03Parts move during welding.
- 04Setup takes too long.
- 05Production capacity is too low.
- 06Weld distortion creates rework.
- 07Existing fixtures are worn.
- 08Assemblies require excessive manual adjustment.
- 09Operator ergonomics are poor.
- 10Production needs higher repeatability.
Why this happens
Good welds depend on good engineering.
- Fixtures were never properly designed.
- Product tolerances have changed.
- Production volumes increased.
- Manual positioning creates inconsistency.
- Existing equipment cannot maintain repeatability.
- Manufacturing requirements have evolved.
- Welding distortion was not considered.
- Production methods were developed without dedicated tooling.
PRODUCT / WELD / FIXTURE
A welding system defined by the product and production process.
How GilMan helps
Engineering welding systems that improve production performance.
GilMan Engineering develops fixtures, jigs, tooling, and fabrication equipment around weld quality, operator access, repeatability, and production requirements.
Fabrication Fixture Design
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Robotic Welding Cell Concepts
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Jig Design
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Tooling Development
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Product Location Systems
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Clamping Systems
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Weld Sequence Planning
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Operator Access Design
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Manufacturing Documentation
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Supplier Coordination
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
Build Support
Practical welding and fixture engineering aligned with the product, process, operators, and production target.
What you receive
Engineering deliverables ready for fixture development and manufacture.
01
OUTPUT 01
Welding Fixture Concepts
Clear CAD and engineering information prepared for fixture manufacture, assembly, or the next build stage.
02
OUTPUT 02
Fabrication System Layout
Clear CAD and engineering information prepared for fixture manufacture, assembly, or the next build stage.
03
OUTPUT 03
3D CAD Assemblies
Clear CAD and engineering information prepared for fixture manufacture, assembly, or the next build stage.
04
OUTPUT 04
Manufacturing Drawings
Clear CAD and engineering information prepared for fixture manufacture, assembly, or the next build stage.
05
OUTPUT 05
Assembly Drawings
Clear CAD and engineering information prepared for fixture manufacture, assembly, or the next build stage.
06
OUTPUT 06
Fixture Documentation
Clear CAD and engineering information prepared for fixture manufacture, assembly, or the next build stage.
07
OUTPUT 07
Tooling Documentation
Clear CAD and engineering information prepared for fixture manufacture, assembly, or the next build stage.
08
OUTPUT 08
Supplier Packages
Clear CAD and engineering information prepared for fixture manufacture, assembly, or the next build stage.
09
OUTPUT 09
Engineering Build Documentation
Clear CAD and engineering information prepared for fixture manufacture, assembly, or the next build stage.
Typical applications
Welding and fabrication systems for practical production operations.
01
Manual Welding Fixtures
02
Robotic Welding Cells
03
Assembly Fixtures
04
Checking Fixtures
05
Fabrication Jigs
06
Heavy Welded Structures
07
Automotive Components
08
Sheet Metal Assemblies
09
Production Tooling
10
Prototype Fixtures
11
Welding Positioners
12
Custom Fabrication Equipment
Engineering process
A structured path from product study to production improvement.
1
Study Product
2
Review Welding Process
3
Develop Fixture Concept
4
Mechanical Design
5
Prepare Manufacturing Documentation
6
Support Manufacture
7
Production Improvement
Engineering capabilities
The engineering disciplines required to develop dependable welding systems.
FIXTURE
Fixture Engineering
- ✓ Product Location
- ✓ Clamping
- ✓ Positioning
- ✓ Repeatability
DESIGN
Mechanical Design
- ✓ Structures
- ✓ Frames
- ✓ Mechanisms
- ✓ Weld Access
PRODUCTION
Production Support
- ✓ Operator Ergonomics
- ✓ Tooling
- ✓ Assembly
- ✓ Quality
DOCUMENT
Manufacturing Documentation
- ✓ Manufacturing Drawings
- ✓ Assembly Drawings
- ✓ Supplier Packages
- ✓ Engineering Reviews
Frequently asked questions
Practical questions about welding and fabrication systems.
What types of welding fixtures do you design?
We design manual and robotic welding fixtures, assembly fixtures, checking fixtures, fabrication jigs, positioner tooling, and dedicated product-location systems.
Can you develop robotic welding fixtures?
Yes. We develop robotic welding fixture concepts around the product, robot access, clamping, weld sequence, repeatability, and cell integration requirements.
Can you improve existing welding fixtures?
Yes. We review worn or underperforming fixtures and improve their location, clamping, access, ergonomics, stiffness, and maintainability.
Can you design fabrication tooling?
Yes. We design practical jigs, tooling, and fabrication systems for welded structures, sheet metal assemblies, prototypes, and production components.
Can you reduce welding distortion?
Yes. Fixture location, clamping strategy, structure, weld access, and weld sequence can be engineered to help control distortion and reduce rework.
Can you prepare manufacturing drawings?
Yes. We prepare manufacturing drawings, assembly drawings, 3D CAD assemblies, supplier packages, and fixture documentation for manufacture and build.
Can you support fixture manufacturers?
Yes. We coordinate technical information, answer engineering questions, review manufacture, and support changes during fixture build and commissioning.
Can you improve production repeatability?
Yes. We engineer consistent product location, controlled clamping, clear operator access, and durable tooling around the required production process.
Need a welding system engineered around your production process?
Tell us about your product, welding process and production challenges. GilMan Engineering can help develop the right welding and fabrication solution.