Durable Secure LED Protection Clock

Increasingly, environments require exceptionally protected timekeeping solutions, particularly where vulnerable individuals are present. The new Ligature-Resistant LED Safety Clock directly addresses this need, offering a significantly enhanced level of protection compared to conventional clocks. Its design incorporates a specialized enclosure, eng

read more

Protective TV Enclosure for Ligature Control

In healthcare and correctional facilities, the risk of patient or inmate self-harm is a serious concern. TVs often present a potential ligature hazard, as cords, wires, and mounting brackets can be misused. To address this risk, secure TV enclosures are essential for creating a safe environment. These enclosures safeguard TVs from tampering while p

read more

Secure Your Vision: Anti-Ligature TV Safety Options

In today's dynamic landscape, safeguarding sensitive areas from potential harm is paramount. Public|Shared|Government spaces often require strict safety protocols. This is particularly true for television screens, which can become targets in vulnerable environments. Anti-ligature TV safety systems play a crucial role in mitigating these risks, prov

read more

Robust Television Enclosure for Sensitive Environments

In demanding environments where security and reliability are paramount, a television enclosure designed to withstand potential threats is essential. These specialized enclosures provide a fortified barrier against physical damage, ensuring the continued operation of critical audiovisual systems. Constructed from durable materials such as steel, the

read more

Improved Security: Proenc Anti-Ligature TV Enclosures

Proenc presents a range of innovative anti-ligature TV containers designed to provide robust security in challenging environments. These enclosures comprise durable materials and reinforced design elements, effectively preventing tampering or the use of ligatures for self-harm. Equipped with a secure latching mechanism and tamper-proof elements, P

read more