Arozzi AZ-PCMOUNT-PNK All-in-One PC workstation mount 30 kg

The Arozzi AZ-PCMOUNT-PNK All-in-One PC workstation mount is a steel under-desk holder designed to lift desktop towers, all-in-one PCs and gaming cases off the floor or desktop. It supports up to 30 kg and includes height adjustment from 345 to 555 mm and width suited to different case profiles, providing a compact and stable way to free workspace and protect your PC from dust and accidental knocks.

Advantages

The mount features heavy-duty steel arms, protective foam padding and a stabilizer foot to ensure a secure hold and reduce vibration. Its adjustable height and width allow it to accommodate various case sizes and shapes, while a 360° mountable design lets you position the holder around the desk leg for flexible installation. Compact dimensions (215 mm width, 120 mm depth, 390 mm height) make it space-efficient under most desks.

Suitable for

• Desktop towers and gaming PC cases
• All-in-one PCs within the supported weight and size range
• Users wanting to free desk or floor space and protect hardware from dust
• Workstations where under-desk mounting is preferred

Key specifications

• Model: Arozzi AZ-PCMOUNT-PNK
• Maximum load: 30 kg
• Height adjustment: 345–555 mm
• Material: steel with foam padding
• Dimensions (approx.): 215 mm (W) x 120 mm (D) x 390 mm (H)
• Mounting: 360° around desk leg
• EAN: 0850054766755

How to use

Adjust the holder width and height to fit your PC case profile, place protective foam against the case sides and secure the arms around the chassis. Mount the unit under the desk near a suitable support or desk leg, align the stabilizer foot and tighten all fastenings according to the included instructions. Confirm the PC is stable and level before use, and do not exceed the 30 kg load limit.

Recommendations

For safe installation, place the mount on a sturdy desk frame or leg, distribute cabling before final positioning, and check fasteners periodically. Avoid mounting on weak or hollow surfaces that cannot support the specified maximum load.