Custom Loading Dock Components
K-Display fabricates loading dock components for dock equipment OEMs: covers and brackets that clear the platform's travel, backing plates that seat square to the structure, and lip, frame, and keeper weldments.
Dock covers, brackets, plates, and weldments we make
We build loading dock components as the sheet metal parts of dock levelers, vehicle restraints, and similar equipment: covers and access panels, mounting brackets, backing and connection plates, and lip, frame, and keeper weldments. Covers and plates are cut and formed from carbon steel, galvanized steel, galvanneal, stainless steel, or aluminum. Brackets with welded gussets and the weldments are welded in carbon steel, stainless steel, or aluminum.
We laser cut, form, and MIG or TIG weld the parts, install studs, nuts, and fasteners, and powder coat. Parts leave bare, powder coated, or with the hardware installed.
The plate, the bracket, and the cover are separate parts, and only the bracket carries a weld. The orange face of that bracket is a mating face, so it is the one the weld sequence keeps flat.
Loading dock parts we make
- Covers and access panels
- Shallow formed covers with fastener holes and service-opening overlap.
- Mounting brackets
- Cut and formed brackets with welded gussets and the mating hole pattern.
- Backing and connection plates
- Flat plates laser cut with the hole pattern of the connection.
- Lip, frame, and keeper weldments
- Welded assemblies of cut and formed members that make up a leveler's lip, frame, and keeper.
Where a dock part goes wrong
- Travel envelope
- The platform, lip, and linkage sweep through a space as the leveler moves. A cover or bracket in that sweep binds the mechanism.
- Weld distortion
- Welding heat moves a part as the joint cools. A weldment pulled out of square does not mate with the structure it mounts to.
- Powder film on fit faces
- Powder adds film thickness to every coated surface. A mating face or bolt hole coated over closes up by that thickness, and the part does not seat.
Welded flat and masked where parts mate
Welding and coating both change the mating faces and the bolt holes, so the sequence for each is set around them.
Laser cut and brake form
We laser cut covers, brackets, and plates flat, then form the returns and bracket legs.
Weld and set hardware
We fit and weld the gussets and weldments in a sequence that holds the mating faces flat, then install any studs, nuts, or fasteners.
Mask, powder coat, and pack
We mask the bolt holes and mating faces, powder coat, and pack the parts labeled by part number.
Check the connection against the mating structure
Matching hole patterns do not guarantee that a dock-equipment bracket can be fitted. In the channel connection shown, the backing plate sits inside the member. Its edges must clear the channel’s internal corners so it can seat against the web, while the reinforced bracket meets the opposite face.
Review the assembled section as well as the separate parts. Plate and web thicknesses, together with the specified washers, affect bolt length; nearby flanges and the bracket’s gusset affect installation space. The equipment designer’s connection detail sets the plate geometry, hardware, and tightening requirements.
The backing plate must seat against the channel web without resting on its curved internal corners. Matching the bolt holes alone would miss a plate whose edges prevent it from lying flat.
What to send for a loading dock component quote
- Part and equipment drawings
- Current revision, with the mating structure and nearby travel envelope.
- Weld details
- Weld symbols, sizes, and lengths for each weldment.
- Material and thickness
- Alloy and thickness for each part.
- Finish and hardware
- Powder product, color, bare faces, and hardware part numbers.
- Order mix
- Quantities by part, size variants, and delivery date.