Techly ICA-TR39 TV cabinet/entertainment center

The Techly ICA-TR39 TV cabinet combines a minimalist black metal aesthetic with a robust construction to support modern flat-screen TVs and associated media equipment. Designed with a sturdy frame in black and silver, the cabinet offers a stable platform for placement in living rooms, offices, or reception areas while keeping cables and devices organized and accessible.

Advantages

The metal construction delivers high rigidity and long-term dimensional stability while maintaining a slim visual profile. Its neutral black finish integrates easily with a variety of interior styles. With a substantial total mass, the cabinet reduces vibration and movement of mounted equipment. The product also includes a one-year warranty for basic coverage.

Suitable for

• Supporting flat-screen TVs up to 70" in size
• Placement of set-top boxes, gaming consoles and media players
• Home living rooms, offices, waiting areas and retail displays

Key specifications

• Maximum weight capacity: 40 kg
• Maximum screen size compatibility: up to 70 inches
• Product weight: 34.482 kg
• Finish: black metal with silver frame accents
• Warranty period: 1 year

How to use

Position the TV cabinet on a level, stable floor surface and verify sufficient clearance around the unit for ventilation and cable access. Place the television on the cabinet surface, ensuring the TV weight does not exceed the specified maximum capacity. Arrange media devices on or within the cabinet as intended, routing cables neatly behind or through available openings to minimize strain and clutter. If the installation requires assembly, follow the manufacturer’s supplied instructions step by step and use appropriate tools to ensure all fasteners are securely tightened.

Recommendations

Regularly check fastenings and the stability of the cabinet, especially after relocating or adjusting equipment. Avoid placing a TV or additional equipment that exceeds the stated 40 kg limit or screens larger than 70" to maintain safe operation and prevent structural stress.