The ASC B103FP is a manual coil-wire stapler designed specifically for box-bottom stapling and carton assembly. Built for packaging environments where pneumatic power isn’t required or available, this stapler provides strong, reliable closure for corrugated boxes using coil staples. Its manual operation makes it an excellent solution for low- to moderate-volume packaging, shipping departments, and small production runs.
Key Features
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Manual operation — no air or electricity required, ideal for portable or low-infrastructure packaging setups
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Coil-wire staple system — allows for longer run time between reloads compared to stick staples
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Designed for box-bottom closure — provides secure fastening of corrugated cartons and cardboard boxes
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Durable construction — built to withstand repeated use in packaging and shipping environments
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Simple, dependable design — easy to operate and maintain for everyday carton assembly tasks
Specifications
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Power Source: Manual (hand-operated)
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Fastener Type: SB103020-4M Coil-wire carton staples
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Capacity: Holds a coil of 4,000 staples
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Intended Applications: Box-bottom stapling, carton assembly, corrugated box closure
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Compatible Materials: Corrugated cardboard, paperboard cartons, light- to medium-duty boxes
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Operation Style: Manual mechanical action
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Ideal Use Environment: Packaging stations, shipping departments, small warehouses, light production areas
Why Choose This Tool?
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Perfect for manual carton closing where pneumatic tools are unnecessary or unavailable
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Coil staples reduce reload frequency, improving workflow efficiency
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Reliable solution for small businesses, repair stations, or backup packaging tools
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No compressor, hoses, or power cords required — just load staples and work
Things to Know Before Buying
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Best suited for low- to moderate-volume packaging — high-speed operations may benefit from pneumatic or bench-mount staplers
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Use only compatible coil-wire staples to ensure smooth feeding and proper clinch
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Designed for cartons and corrugated board — not intended for wood, crates, or structural applications
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Manual operation may slow throughput compared to air-powered systems
