B&W Cases Type 6000 Briefcase Black Polypropylene 3.9 kg

The B&W MED.cases are designed for first responders and rescue services. This Type 6000 briefcase, made from durable polypropylene and finished in black, provides a robust, portable solution for carrying emergency equipment. It includes an adjustable insert in the bottom and an organizer set in the lid to keep medical and rescue items sorted and accessible. A shoulder strap and rubberized handles are included for comfortable handling, and reflective stickers are supplied to ensure safe, quick opening even in low light.

Advantages

The polypropylene construction offers impact resistance and protection against everyday wear. The adjustable bottom insert and lid organizer enable flexible interior layout and secure storage of varied equipment. Ergonomic rubberized handles and an included shoulder strap make transport easier, while reflective stickers improve visibility and safe access in the dark.

Suitable for

• First responders and emergency medical teams
• Rescue services and on-scene equipment transport
• Transporting medical supplies and diagnostic tools
• Preparedness kits for field interventions

Key specifications

• Material: polypropylene (PP)
• Colour: black
• Weight: 3.9 kg
• Interior: adjustable bottom insert and lid organizer
• Handles: rubberized handles and shoulder strap included
• Includes reflective stickers for low-light access

How to use

Place larger items in the bottom compartment and adapt the adjustable insert to secure them. Use the organizer set in the lid for smaller instruments, consumables, and documents to keep them visible and reachable. Use the rubberized handles or attach and adjust the shoulder strap for transport. Apply the reflective stickers to the designated areas to aid opening in dark conditions.

Recommendations

Store the case in a clean, dry place when not in use, routinely check the condition of the insert and organizers, and replace reflective stickers if they lose adhesiveness or reflectivity to maintain safe access during low-light operations.