Sunflower Sun-CDC28 Controlled Drugs Cabinet

The Sunflower Sun-CDC28 Controlled Drugs Cabinet is a high-quality solution for securely storing controlled substances. Designed to meet and exceed the Misuse of Drugs (Safe Custody) Regulations 1973 and tested to BS 2881:1989 Security Level 1 standards, it offers superior security and reliability for healthcare and other professional environments such as hospitals, nursing homes, veterinary practices, and prisons.

Crafted from durable steel, this cabinet features an advanced 8-lever lock with anti-pick mechanisms and a deadlock system for enhanced protection. Its hygienic, white epoxy coating ensures durability while facilitating easy cleaning. Optional warning systems, including a light and buzzer alarm, add extra peace of mind by alerting users if the door remains open.

Key Features

• Compliance and Security:
  • Meets Misuse of Drugs (Safe Custody) Regulations 1973.
  • Independently tested to BS 2881:1989 Security Level 1.
  • 8-lever lock designed to EN1300 and Vds 2396 standards.
  • Anti-pick levers and deadlock mechanism for added security.
• Convenience and Usability:
  • Supplied with 3 keys (additional keys available).
  • Adjustable shelves and door trays for flexible storage.
  • Right-hand hinged door (left-hand hinge optional).
  • Supplied fully assembled for ease of use.
• Optional Features:
  • Warning light and buzzer alarm systems* for added safety.
  • Buzzer activates after 5 minutes, light after 2.5 minutes; can be linked to a nurse call system.
• Construction and Design:
  • Hygienic and durable white epoxy coating.
  • Internal door retaining flange for added security.
  • Easy to clean materials and design.

Specifications

• Dimensions: 85cm (H) x 50cm (W) x 45cm (D).
• Warranty: 5 years.

*The buzzer alarm is only available when combined with the optional warning light system.

The Sunflower Sun-CDC28 Controlled Drugs Cabinet provides a secure, durable, and regulation-compliant solution for controlled substance storage, delivering exceptional performance in demanding healthcare environments.