A wallmount industrial chassis is a protective enclosure that installs computing hardware on a wall, machine or work surface instead of using rack space. It serves engineers, technical integrators, equipment manufacturers, automation companies, and industrial buyers who need reliable hardware packaging near machines, controls, sensors, or test equipment.
This metal enclosure secures processing, storage, add-in cards, cooling components, and cabling in an accessible vertical or horizontal installation. It can reduce cabinet demand while keeping field-service access close to the equipment for nearby maintenance.
Two architectures are common: motherboard chassis with I/O, or SBC chassis on a passive backplane.
Choose by deployment environment first, then verify motherboard size, power supplies, drive bays, expansion, cooling, rack depth, and cable routing. Build quality and serviceability matter because server infrastructure must stay protected and accessible.
| Product Image | Model Product Link | Type | Dimensions (W×D×H mm) | Supported Motherboard (mm/in) | Drive Bays | Optical Drive | Power Supply | Fans | Expansion Slots | Front Panel | Material & Thickness | Customizable |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Wallmount Case ISC-WMS34TW-M | Rackmount (2 slots) | 263 × 232 × 130 | Micro-ATX 245 × 245 (9.6 × 9.6") | 1 × 3.5" HDD; 1 × 2.5" HDD | None | ATX PSU | 2 × 80 × 25 mm | 2 × PCI-E; 4 × COM | USB port | SGCC steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS31W-M | Wallmount (2 slots) | 230 × 230 × 155 | Mini-ITX 170 × 170 (7 × 7") | Up to 2 × 2.5" HDD or 1 × 3.5" HDD | None | 1U FLEX PSU | 1 × 80 × 25 mm | 2 × full-height | 2 × USB 2.0; Power switch/LED; Removable dust-filter panel | Zinc-plated steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS31B-M | Wallmount (2 slots) | 230 × 230 × 155 | Mini-ITX 170 × 170 (7 × 7") | Up to 2 × 2.5" HDD or 1 × 3.5" HDD | None | 1U FLEX PSU | 1 × 80 × 25 mm | 2 × full-height | 2 × USB 2.0; Power switch/LED; Removable dust-filter panel | Zinc-plated steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS33B-M | Wallmount (4 slots) | 263 × 230 × 145 | 190 × 245 (8.5 × 9.6") | Up to 2 × 2.5" HDD or 1 × 3.5" HDD | None | 1U FLEX PSU | – | 4 × full-height; 6 × COM | 2 × USB 2.0; Power & HDD LEDs | Zinc-plated steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS33W-M | Wallmount (4 slots) | 263 × 230 × 145 | 190 × 245 (8.5 × 9.6") | Up to 2 × 2.5" HDD or 1 × 3.5" HDD | None | 1U FLEX PSU | – | 4 × full-height; 6 × COM | 2 × USB 2.0; Power & HDD LEDs | Zinc-plated steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS34B-M | Wallmount (4 slots) | 260 × 330 × 155 | Micro-ATX 245 × 245 (9.6 × 9.6") | 1 × 2.5" HDD or 1 × 3.5" HDD | None | 1U FLEX PSU | 2 × 80 × 25 mm | 4 × full-height | 2 × USB 2.0; Power LED; Removable dust-filter panel | Zinc-plated steel, 1.2 mm | Yes |
| Wallmount Case 4 Slots Model ISC WMS34W M | Wallmount (4 slots) | 263 × 232 × 130 | 245 × 200 (9.6 × 8.2") | 1 × 3.5" HDD; 1 × 2.5" HDD | None | ATX PSU | 2 × 80 × 25 mm | 4 × PCI-E; 4 × COM | USB port | Steel | Yes |
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| Wallmount Case ISC-WMS34W-M | Wallmount (4 slots) | 260 × 330 × 155 | Micro-ATX 245 × 245 (9.6 × 9.6") | 1 × 2.5" HDD or 1 × 3.5" HDD | None | 1U FLEX PSU | 2 × 80 × 25 mm | 4 × full-height | 2 × USB 2.0; Power LED; Removable dust-filter panel | Zinc-plated steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS38CB-M | Wallmount (6 slots) | 330 × 410 × 200 | ATX 305 × 245 (12 × 9.6") | 1 × 3.5" HDD; 2 × 2.5" HDD | None | ATX PSU | 1 × 120 × 25 mm | 6 × PCI-E; 5 × COM; 1 × VGA | 13.3" LCD; 2 × USB 3.0 | – | Yes |
| Wallmount Case ISC-WM7CX330-L | Wallmount (7 slots) | 330 × 330 × 174 | ATX 305 × 244 (12 × 9.6"); Micro-ATX 245 × 245 (9.6 × 9.6"); Mini-ITX 170 × 170 (6.7 × 6.7") | 1 × 3.5" HDD; 1 × 2.5" HDD/SSD | None | Standard ATX PSU | 1 × 120 × 25 mm | 7 × full-height PCIe | Power switch; Reset switch; Network LED; Fault LED; 2 × USB 2.0 ports | SGCC steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS37B-M | Wallmount (7 slots) | 330 × 330 × 160 | ATX 305 × 245 (12 × 9.6") | 2 × 3.5" + 1 × 2.5" HDD or 1 × 3.5" + 2 × 2.5" HDD | None | ATX PSU | 2 × 80 × 25 mm | 7 × PCI-E | 2 × USB 2.0; Power & Reset switches | SGCC steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS37W-M | Wallmount (7 slots) | 320 × 330 × 195 | ATX 305 × 245 (12 × 9.6") | Up to 2 × 2.5" HDD or 1 × 3.5" HDD | None | 1U FLEX PSU | 2 × 80 × 25 mm | 7 × full-height | 2 × USB 2.0; Power LED; Removable dust-filter panel | Zinc-plated steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS38B-M | Wallmount (7 slots) | 330 × 406 × 196.5 | ATX 305 × 345 (12 × 13") | 1 × 3.5" HDD | 1 × CD-ROM; 2 × floppy | ATX PSU | 1 × 120 × 25 mm | 1 × I/O + 7 × full-height | 2 × USB 2.0; Power; Reset; Power & HDD LEDs; PS/2 port | Zinc-plated steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS38W-M | Wallmount (7 slots) | 330 × 406 × 196.5 | ATX 305 × 345 (12 × 13") | 1 × 3.5" HDD | 1 × CD-ROM; 2 × floppy | ATX PSU | 1 × 120 × 25 mm | 1 × I/O + 7 × full-height | 2 × USB 2.0; Power; Reset; Power & HDD LEDs; PS/2 port | Zinc-plated steel, 1.2 mm | Yes |
| Wallmount Case ISC-WMS39W-M | Wallmount (7 slots) | 383 × 330 × 190 | ATX 305 × 245 (12 × 9.6") | 1 × 3.5" HDD | None | ATX PSU | 1 × 120 × 25 mm | 1 × I/O + 7 × full-height | 2 × USB 2.0; Power; Reset; Power & HDD LEDs; PS/2 port | Zinc-plated steel, 1.2 mm | Yes |
The ISC WMS39W M 1HDD is a compact 7-slot wallmount server case…
ISC-WMS38W-M is a compact 7-slot wallmount chassis for selected 12 x 13…
The ISC-WMS38CD M is a compact wallmount server chassis with 6 PCIe…
ISC WMS38B M is a steel wallmount server chassis for 12 x…
ISC-WMS37W-M is a compact 7-slot wallmount server chassis with 2 × 2.5-inch…
Compact ISC WMS34W M wallmount server chassis with four full-height expansion slots,…
ISC WMS34TW M is a compact steel MicroATX rackmount chassis with one…
The ISC WMS34B M is a compact steel wallmount server chassis with…
ISC WMS33B M is a compact 1.2 mm steel wallmount server chassis…
Compact ISC WMS31W M 2-slot wallmount chassis for 170 x 170 mm…
ISC-WMS31B-M is a compact 2-slot wallmount chassis for 170 x 170 mm…
ISC-WM7CX330-L is a compact SGCC steel wallmount server chassis with ATX, Micro…
Compatibility depends on mounting points, rear I/O alignment, connector locations, slot geometry, and component clearances. A case advertised for ATX motherboards may accept smaller formats, but an SBC build needs the correct PICMG backplane and matching CPU-card interface.
Formats range from Mini-ITX enclosures to larger shoebox-style platforms for microATX, ATX, or PICMG configurations. Choose according to card count, storage, service clearance, mounting orientation, installation envelope, future upgrades, service intervals, and replacement planning.
Expansion capacity involves more than opening count. Confirm card length, height, thickness, electrical interface, connector position, and airflow obstruction. Storage planning should distinguish front-accessible drive bays from an internal 3.5 position and account for any 5.25 device.
The design trade-off is direct: more cards and storage demand airflow, power, and service clearance.
Start with the computing platform, then work outward to cards, storage, thermals, power, and installation. This sequence reduces late-stage problems with slot spacing, cable routing, airflow, maintenance clearance, and wall access during assembly and servicing.
Fit depends on form factor, mounting holes, rear I/O, cooler height, power connectors, and installed cards. Send the manufacturer and model number for confirmation rather than relying only on an ATX or microATX label.
Usable capacity depends on openings, electrical interfaces, card thickness, card length, cooling clearance, and adjacent connectors. Share the complete card list so interference and airflow issues can be reviewed before quotation.
Choose storage by capacity, media type, front access, cabling, and maintenance. Confirm whether the build needs a 3.5 HDD position, 2.5 SSD mount, or 5.25 device because bay arrangements differ.
Share your motherboard or backplane model, expansion-slot count, card dimensions, storage needs, cooling demand, power requirements, mounting orientation, and available installation space. HF Technology can review component fit, airflow, cable access, and service clearance to help identify a suitable wallmount chassis configuration.
