Precision Front Panels
Touchscreen, indicator, switch and emergency-stop openings controlled from functional cutout datums.
Sheet metal housings for touchscreens, pushbuttons, industrial displays and operator controls. We fabricate suspension-arm, pedestal, wall-mount and console enclosures around your panel cutouts, service access, sealing, cable entry and finished-product appearance.
An HMI enclosure must protect the display and controls while remaining ergonomic, serviceable and consistent with the OEM machine. We manufacture the housing and mounting system to released drawings, including cutouts, rear access, hardware, sealing interfaces and cosmetic finish.
Touchscreen, indicator, switch and emergency-stop openings controlled from functional cutout datums.
Hinged or removable rear covers with gasket support, captive hardware and clear internal access.
Suspension-arm couplings, pedestal bases, wall brackets and strain-relieved cable-entry provisions.
Powder coat, brushed stainless, graphics-ready surfaces and protected packout for visible operator equipment.
The OEM or controls integrator owns the HMI, PLC, electrical design, safety functions, software, final ingress evaluation and equipment compliance. We manufacture the released enclosure, mounting structure and hardware-ready mechanical assembly.
Each housing is customized around the customer's display, mounting method and operating environment rather than supplied as a generic electrical box.
Suspension Arm Pendant and articulating-arm housings for machine-side controls with reinforced couplings, handles and routed cable entry.
Pedestal Freestanding HMI heads, columns and anchor bases with internal cable routing and serviceable access panels.
Washdown 304 or 316L enclosures with cleanable geometry and controlled sealing interfaces for wet or hygienic production areas.
Console Desktop, machine-top and floor-console housings with ergonomic viewing angle, internal mounting plate and rear service access.
| Materials | Cold-rolled steel, galvanized steel, 304/316L stainless steel and 5052 aluminum |
|---|---|
| Thickness | Released drawings govern housing and reinforcement thickness at suspension-arm, handle and pedestal interfaces |
| Processes | Laser cutting, CNC punching, precision bending, TIG/MIG/spot welding, hardware insertion, finishing and mechanical assembly |
| Integrated features | Display and button cutouts, gasketed rear doors, compression latches, mounting plates, grounding studs, handles and cable entries |
| Finishes | Textured or smooth powder coat, brushed stainless, passivation, anodizing and graphics-ready surfaces |
| Quality controls | First article, cutout template or mating-part check, door and latch function, gasket path, coating inspection and protected packout |
Confirm display model, cutout, bezel overlap, button spacing, viewing angle, mount, cable entry and service envelope.
Fabricate a production-intent sample and check the actual display, controls, rear access and mounting interface.
Control visible cutouts and enclosure geometry from functional datums with finish allowance included.
Install studs, hinges, latches, mounting plates and specified gasket while protecting bonding locations.
Apply the approved finish, then verify templates or mating hardware, door function and cosmetic criteria.
Protect visible faces and pack housings, arms, bases and hardware by size, revision and OEM assembly sequence.
Cutout accuracy alone is not enough. The display bezel, gasket, mounting load, cable path, operator angle and rear service access must work in the completed enclosure.
The mating display drawing or physical template defines fit more reliably than a generic nominal screen size.
Reinforcement around arms and pedestals limits movement when operators press the screen or reposition the housing.
Doors, windows, cable entries and installed devices must be considered together for any specified ingress test.
Viewing angle, handle clearance, rear-door swing and wiring access affect daily use and maintenance.
Materials, fabrication decisions and results for an anonymous customer project.

Component reference image
Inadequate cooling caused shutdowns, while a single mounting arrangement limited positioning and operator access.
Results apply to the project configuration described on the linked page.
Read the Customer Project →We review cutouts, fasteners, bezel support and service access against the selected display and controls.
Templates, mating parts and finished-door checks catch assembly risks that flat-part inspection misses.
HMI heads, suspension interfaces, pedestal columns and bases can be controlled in one mechanical program.
Cosmetic standards and protected packout are managed for operator-facing equipment.
Yes. Provide the display manufacturer's mechanical drawing or a controlled sample plus the required buttons, switches and cable interfaces. We can perform the RFQ-defined template or mating-part fit check; the OEM validates the completed HMI.
Yes. We can fabricate the enclosure head, reinforced arm interface, pedestal column, anchor base and access panels to your drawings. Purchased arm components can be integrated when included in the approved BOM.
We can manufacture stainless housings with cleanable geometry, gasket support and sealed interface provisions. The required IP or NEMA performance must be defined and verified on the complete production-intent assembly with the actual display, controls, glands and mounting interfaces installed.
We can prepare graphics-ready powder-coated or metal surfaces and coordinate approved screen printing, laser marking or durable label application when artwork, placement and acceptance criteria are supplied.
Send your display and control cutouts, enclosure model, mounting method, material, finish, ingress target and annual volume. Our engineering team will review fit, sealing and production risks before quoting.