All machining cases
Equipment enclosures

Asymmetric folded equipment tray

Review the finished folded shape, not only the flat blank.

Reference parameters

Quantity reference
500 pieces
Material reference
SPCC
Overall size reference
280 × 160 × 75 mm
Tolerance reference
±0.20 mm
Finish / condition reference
As-formed, no surface treatment
Discuss a similar part
Asymmetric folded equipment tray
Asymmetric sheet-metal tray | As-formed, no surface treatment
01 · PART GEOMETRY

Judge the tray in its formed, assembled shape

The tray has an irregular perimeter, folded walls and access openings. The flat pattern must translate into a usable enclosure interface, with enough clearance for the tooling and for the components fitted inside.

  • Bend angles and side-wall position
  • Openings near bends
  • Assembly fit and exposed edges
02 · MACHINING CHALLENGES

Where geometry shapes the machining approach

01

Bend sequence and access

CHALLENGE

A previously formed wall may obstruct a later bend.

PROCESS CONTROL

Evaluate tool clearance across the complete sequence and retain a feasible order for the return walls.

02

Openings near formed walls

CHALLENGE

An opening can change position or distort if its relationship to the bend is overlooked.

PROCESS CONTROL

Review opening-to-bend distances and inspect the openings in the final formed condition.

03 · MANUFACTURING APPROACH

From locating datums to finished interfaces

  1. 01

    Link the flat pattern to the formed geometry

    Review material thickness, bend radii, reliefs and openings near bend lines as one layout.

  2. 02

    Sequence the bends around tool access

    Plan the order of wall forming to retain tool clearance and check features vulnerable to distortion near each bend.

  3. 03

    Inspect after forming and protect the edges

    Check angles, wall positions and opening geometry in the formed state; deburr accessible edges before protective packing.

04 · INSPECTION FOCUS

Check the features that govern assembly

01

Bend angles and side-wall position

Inspection method

Measure specified angles and overall dimensions after forming with suitable gauges or a fixture.

Functional purpose

Keep the tray within the mating enclosure envelope.

02

Openings near bends

Inspection method

Check opening locations and distortion in the final folded condition.

Functional purpose

Check openings in their final formed position.

03

Assembly fit and exposed edges

Inspection method

Check fit with the mating enclosure when available and inspect exposed cut edges for burrs.

Functional purpose

Support assembly and handling without sharp-edge interference.

Explore inspection planning
05 · HANDLING & DELIVERY

Protect the interfaces through handling and packing

PROTECTIVE HANDLING

Support the base and separate side walls during packing; avoid forced nesting that spreads the folded walls.

YOUR NEXT PROJECT

Have a similar component?

Send your 2D drawing, 3D model, material and quantity. For this type of part, include:

  • Sheet grade/thickness, inside bend radius and final assembly envelope
  • Bend sequence, tool clearance and opening locations after forming
Upload drawings for a quote
Equipment enclosuresBlue multi-interface equipment panelRobotics & automationOffset pocketed support bracketElectronics & communicationsPartitioned electronics housing