Sheet-Metal Garage Door Components

Source the individual metal parts that connect your garage door design. K-Display manufactures formed brackets, plates, and reinforcements to your drawings, with hole patterns, bend orientation, and finish coordinated for your assembly line.

Individual parts, ready for your assembly

A mounting plate can look right and still place its mating hardware in the wrong position. We review the formed part against your drawing references and the components it connects.

This scope covers separate fabricated parts. Door panel and section components address wider panel geometry; door subassemblies combine multiple parts into a defined delivered unit.

Separate formed mounting bracket, backing plate, and hat-section reinforcement.

These are separate parts for an OEM assembly. The highlighted bracket face is an attachment interface; its location is defined by the finished-part drawing.

Parts for your production line

Mounting plates
Cut profiles and hole patterns for the mounting arrangement in your door design.
Formed brackets
Angles and offsets that position approved hardware relative to the door structure.
Reinforcement parts
Formed channels and backing plates for the locations and attachment method on your drawings.
End and attachment plates
Part-specific plates with the specified handedness and connection features.

Interfaces that determine fit

Holes after forming
Locate attachment holes from the datums that matter in the finished part, including holes across different faces.
Mating hardware
Identify the hardware and revision the part connects to. Visual similarity does not establish interchangeability.
Left and right variants
Separate mirrored geometry, bend direction, and part identification before production.
Finish at connections
Specify coated faces and any masking at mating surfaces, threads, or electrical bonding points.

Coordinate each formed-part variant

Cutting, bends and finish follow the finished-part references that locate your door hardware.

  1. Review the formed geometry

    Resolve bend directions, material callouts, and reference dimensions against the assembly context.

  2. Make the part family

    Coordinate cutting and forming for the approved geometry and variant quantities.

  3. Deliver in the agreed state

    Apply the specified finish and identify parts so your team can distinguish revisions and handed variants.

Make left and right parts unmistakable

Mirrored brackets can look alike while placing their attachment faces on opposite sides. The drawing looks at the door from inside the garage, with each identifier matched to its installed position. State the viewing direction so left and right stay consistent across part drawings and assembly instructions.

Place identification where the assembly team can read it before fastening, clear of holes and mating faces. The illustrated L and R marks show the principle; the actual identifiers, marking method, and location should follow the released part drawings.

Mirrored sheet-metal brackets marked L and R, with opposite attachment flanges in orange. Dashed lines match each bracket to its position on the inside face of a garage door.

Start with your current project package

Send the drawings and quantities you have. We can identify the remaining information needed to quote the work.

Part and mating drawings
Include revisions, material, critical dimensions, and the adjacent hardware geometry.
Variants and volume
List each hand or size, order quantities, and expected repeat demand.
Finish and acceptance
Share finish, masking, inspection, and packaging requirements.
Request a quote