Part type · Brackets
L-brackets, mounting plates and structural supports — laser-cut and formed to carry the load, with hardware and finish to suit the install.
Brackets look simple but the gauge, bend and hardware decide whether one holds its load and installs cleanly. Most are laser-cut and press-brake formed; higher volumes move to stamping.
Types & options
| Aspect | Options |
|---|
| Types | L-brackets, mounting plates, angle, gussets, standoffs |
| Materials | Steel, stainless, aluminum |
| Process | Laser + bend (low/mid volume) · stamping (high volume) |
| Hardware | Weld nuts, PEM nuts/studs |
| Finish | Powder coat, zinc plate, anodize |
Design notes
- Add a gusset or rib where a bracket carries bending load rather than thickening the whole part.
- Keep holes one thickness from bends and edges so they do not distort.
- Specify the load case and we will suggest gauge and material.
Formed on the press brake from laser-cut blanks; pick a material for the load.
Frequently asked questions
How do you decide bracket material and thickness?
From the load and environment: thicker steel or aluminum for higher loads, stainless for corrosion. We can suggest a gauge from your load case, or build to the thickness you specify.
Laser-cut-and-bent or stamped brackets?
For low-to-mid volume, laser cutting and bending needs no tooling and is fast. For high volume, a stamping die lowers per-part cost. We advise based on quantity.
Can you add weld nuts or PEM hardware?
Yes — weld nuts, PEM nuts and studs are added so the bracket installs with standard fasteners.
Do you finish brackets?
Yes — powder coat or zinc plating on steel for corrosion, anodizing on aluminum; bare if the bracket is hidden.
