FP Paper Drill Bits

Replace worn punching components with FP paper drill bits designed for compatible paper-drilling and punching equipment. The collection provides multiple bit diameters for different hole-size requirements. Because paper drill bits are not universally interchangeable, the machine model, bit style, diameter, length, and mounting requirements should be checked before selecting a replacement.

FP Paper Drill Bits

Replace worn punching components with FP paper drill bits designed for compatible paper-drilling and punching equipment. The collection provides multiple bit diameters for different hole-size requirements. Because paper drill bits are not universally interchangeable, the...

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Punch Bits for FP-M15 Multi Hole Punch
MyBinding
$31.89
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features

  • Precision-engineered for clean, professional holes in various paper types
  • Quick and easy installation for hassle-free replacement
  • Durable design ensures consistent performance even with frequent use
  • Versatile size options (1/4", 3/16", 5/16") to meet diverse project needs
Starting at $31.89
SKU
PRODUCT NAME
PRICE
QUANTITY
MYFPPM516
5/16" (8mm) Punch Bit for FP-M15 Punch
$31.89
MYFPPM316
3/16" (4mm) Punch Bit for FP-M15 Punch
$31.89
MYFPPM14
1/4" (6mm) Punch Bit for FP-M15 Punch
$31.89

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Frequently Asked Questions

Confirm the exact drill or punch model, bit style, shank design, length, and diameter. A bit that produces the required hole size may still be incompatible with the machine’s chuck or mounting system. Existing bits and machine documentation provide useful reference details. The wider paper drill bits category contains several styles intended for different equipment families. Record the compatible part information near the machine so replacements are not selected only by visual similarity. Correct fit supports safe mounting, stable rotation, clean holes, and proper chip removal during drilling.

Hole diameter depends on the intended fastener, binding method, filing system, or production requirement. Smaller holes remove less material and may suit tags or compact fasteners, while larger holes can accommodate posts, rings, or specific filing hardware. Consider the distance from the sheet edge and the strength of the remaining paper around the hole. When several hole sizes are used, prepare a physical sample for each application and label the corresponding bit. Avoid choosing a larger diameter than necessary because it can weaken the drilled margin and affect the finished appearance.

Heat, dull cutting edges, coated paper, adhesive, high stack pressure, and poor chip removal can cause paper cores to remain inside a hollow bit. Suitable supplies found with paper drill accessories may support routine lubrication, sharpening, and chip removal when they are compatible with the equipment. Do not continue operating with a clogged bit, as heat and pressure can damage the paper and tool. Clear the bit using the approved method and extraction tools. Frequent clogging can indicate an unsuitable bit, excessive stack height, incorrect pressure, or a maintenance issue.

A bit may need attention when holes become rough, incomplete, scorched, or difficult to produce. Increased noise, heat, pressure, and repeated clogging can also indicate wear. Sharpening may restore a suitable bit when enough material remains and the correct sharpening tool is used. Replace bits that are chipped, bent, cracked, excessively shortened, or unable to hold an edge. Keep a spare compatible bit available when the drill supports regular production. Continuing with a damaged tool can affect hole quality, increase heat, and place unnecessary strain on the machine.

The drill must have enough stack capacity, spindle configuration, and positioning control for the intended work. Drill blocks protect the bit as it completes each hole and should be rotated or replaced when heavily marked. Approved lubricants, sharpening tools, chip-removal tools, and setup stops may also be needed. The broader range of paper drills can help identify equipment suited to different production volumes and hole patterns. Keep the drilling surface clear of loose chips and adhesive residue. Maintaining the bit, block, and machine together produces more consistent holes than replacing one component while ignoring wear elsewhere.