Hogue 35890 Expel Utility Blade Dispenser w/ 5 #60 Blades Black

The Hogue 35890 Expel Blade Dispenser eliminates fumbling with loose utility blades during critical tasks. This black polymer dispenser holds and dispenses standard #60 utility blades with one-handed operation, keeping fresh cutting edges accessible when precision matters most.

What Makes This Different

Unlike traditional blade storage methods that require two hands and risk dropped blades, the Expel dispenser features a spring-loaded mechanism that advances blades individually. The polymer construction resists impact damage while maintaining consistent blade alignment. Each dispenser accepts standard #60 utility blades, the most common replacement size across multiple manufacturers.

Key Features

• One-handed blade dispensing eliminates workflow interruption
• Durable black polymer construction withstands drops and impacts
• Holds multiple #60 utility blades in protected storage
• Spring-loaded advancement system prevents blade binding
• Compact profile fits standard tool pouches and pockets
• Includes 5 sharp #60 replacement blades
• Compatible with all standard #60 utility blade brands

Field applications demonstrate reliable blade advancement across temperature ranges from -10°F to 120°F. The dispenser maintains blade sharpness by protecting cutting edges from contact damage during storage and transport. Emergency responders, contractors, and tactical personnel rely on consistent blade access when cutting through packaging, cordage, or emergency materials.

Technical Specs

• Model: Hogue 35890 Expel Blade Dispenser
• Color: Black polymer construction
• Blade compatibility: Standard #60 utility blades
• Included blades: 5 sharp #60 replacement blades
• Operation: Single-handed spring-loaded dispensing
• Material: Impact-resistant polymer housing
• UPC: 743108358900

The Hogue Expel dispenser transforms blade management from a two-handed interruption into a seamless one-handed operation. Professional users choose this dispenser when reliable blade access directly impacts task completion speed and safety.