Bostitch T6-6OC2 Outward Clinch Heavy Duty Manual Tacker

The Bostitch T6-6OC2 is a heavy-duty manual tacker engineered for applications such as corrugated board fastening, tagging and insulation work. Its outward-clinch design ensures staple legs spread outward after entering the material — a configuration optimized for corrugated substrates.

Key Features

• Outward-clinch mechanism that turns staple legs outward for secure hold in corrugated and layered materials

• Breathable AntiJam™ magazine design helps prevent jams and maintains smooth operation

• Patented easy-squeeze mechanism to reduce hand fatigue during manual use

• Lightweight die-cast aluminum body with steel handle and overmoulded rubber grip for comfort and durability

• Bottom-loading magazine for quick reloading and minimal downtime

• Nickel chrome-plated steel magazine and core surfaces provide smooth staple feed and increased durability

Specifications

• Weight: 1.8 lbs

• Magazine Capacity: 84 staples

• Compatible staples: STCR2619 (½″ leg length) or equivalent PowerCrown™ heavy-duty staples

• Crown width: 7/16″

• Application-oriented design for corrugated and tagged materials

Why Choose This Tool?

• Designed specifically for corrugated board, cardboard tagging and insulation applications where outward-leg spread improves anchoring

• Combines high durability, ergonomic manual design and anti-jam features in a compact form

• Ideal for moderate-to-heavy manual fastening tasks in packaging, shipping or craftsmanship-oriented settings

Things to Know Before Buying

• This is a manual tacker — operator effort is required, and it’s best suited for moderate-volume use rather than high-cycle production

• Ensure your staple series and leg length are compatible (e.g., STCR2619 or equivalent ½″ leg) to ensure proper feed and clinch

• Although lightweight for a heavy-duty manual tool, hand fatigue may still occur during extended use — consider ergonomics and breaks

• If you are working with very thick or dense materials beyond the tool’s designed substrate range, a pneumatic model or alternate staple configuration may be more efficient