Round Table Legs 3D Welding Table Applications
NEW WELD TABLE / APPLICATION INDEX
Start with
what you weld.
The workpiece decides the setup. Explore three common fabrication needs, then build a table and tooling configuration around your own parts.
Find your application
Select a row to explore the setup.
01Steel structuresLong frames · Beams · Structural subassemblies
LARGE PARTS / MULTI-POINT SUPPORT
The part is bigger than the table.
Large assemblies need a common reference across the whole workpiece. Start with support positions, joint access and handling—not simply the largest tabletop.
- Support the full envelope
- Map overhang, weight distribution and separate supports before choosing a table layout.
- Keep a common datum
- Plan how connected tables and supports will be positioned, levelled and checked.
- Leave working access
- Allow space for welding, measurement and safe loading and unloading.
Overall dimensions, weight distribution, support points and a workshop layout.
02Machinery framesMachine bases · Equipment frames · Mounting brackets
REPEAT PARTS / DEFINED DATUMS
The next frame needs the same starting point.
Plan from the drawing and the dimensions that matter after welding. Separate fixed references from the tooling that moves between frame variants.
- Locate from critical features
- Choose stops and supports around the agreed inspection datums, not convenient cut edges.
- Manage model changes
- Identify common fixture positions and the elements that change between part variants.
- Check the finished assembly
- Agree measurement points and checks after unclamping. Fixtures alone do not control welding distortion.
Representative drawings, critical interfaces, frame variants and typical batch sizes.
03Small-batch fabricationTube frames · Brackets · One-off fabrications
VARIED JOBS / FLEXIBLE CHANGEOVERS
A different job. The same workspace.
Build a practical setup around the parts you make regularly. Balance usable table area, essential fixtures and access to the tools you need for the next job.
- Choose for typical work
- Compare several regular jobs rather than sizing everything around an unusual oversized part.
- Start with useful tooling
- List actual stops, supports, squares and clamps before choosing a package.
- Make resetting easier
- Record fixture positions and keep matching tools together. Review mobility separately if it is required.
Photos or sketches of regular parts, available floor area and preferred working height.
Photos illustrate setup approaches. The final table, supports and tooling must be reviewed against your own workpiece and drawings.
THE PLANNING DIFFERENCE
Same system.
Different priorities.
A useful starting point for your discussion—not a fixed package or a load-rating recommendation.
| Application | First priority | Review before choosing |
|---|---|---|
| Steel structures | Support and alignment | Workpiece envelope, overhang, load distribution and access |
| Machinery frames | Locating repeat parts | Datums, critical interfaces, frame variants and inspection points |
| Small-batch fabrication | Practical changeovers | Regular part sizes, essential fixtures, storage and floor space |
FROM APPLICATION TO CONFIGURATION
Show us the part.
We can start there.
A drawing is helpful. A clear photo and key dimensions are also a useful place to begin.
- 01 / THE WORKPIECE
Drawing or reference photos
Include overall dimensions, material, weight and the joints or interfaces that matter.
- 02 / THE WORKSHOP
Space and production needs
Tell us about usable floor space, typical batch size, handling and any existing fixtures.
- 03 / THE DELIVERY
Quantity and destination
Include the number of workstations and delivery country or port so the quotation has the right context.
YOUR NEXT STEP
Ready to put a setup together?
Choose your table, legs and tooling—or send us the application for review.