Cable and fiber optic stripping tools typically range from $10 to over $200 depending on type, precision, and brand.

General Cable Stripping Tools

Manual cable strippers for standard electrical or Ethernet cables generally cost $10 to $50. These tools are designed for jackets and insulation removal on wires ranging from 10 to 22 AWG and are suitable for everyday use in networking or electrical work. Some multifunctional tools, like the Jonard JIC-1022, include spring-loaded mechanisms to reduce hand fatigue and can handle fiber jackets from 2 mm to 3 mm, usually priced around $30 to $60 .

Fiber Optic Stripping Tools

Fiber optic strippers are more specialized and precise, designed to remove coatings from delicate fibers without damage. Prices vary based on precision, adjustability, and brand:

• Basic manual fiber strippers for 250 µm to 900 µm fibers typically cost $15 to $50. These are suitable for small-scale or occasional fiber work .
• Precision tools like the WEICON fiber optic stripper, which can handle 200–250 µm coatings with adjustable length stops and ergonomic design, are priced around $50 to $100 .
• Multifunctional or professional-grade tools, such as the Jonard CST-4000 or AFL Precision Strip, which can strip multiple fiber sizes, perform simultaneous stripping, or include battery-powered heating elements, can range from $100 to over $200 .

Factors Affecting Price

1. Tool Type: Manual vs. battery-powered or multifunctional tools.
2. Precision: Tools designed for delicate fiber coatings are more expensive.
3. Brand and Quality: German-engineered or TÜV-tested tools often cost more but offer durability and safety compliance .
4. Accessories: Some kits include blades, scissors, or cleaning materials, increasing the overall cost .

Summary

For most users, basic fiber strippers start around $15, while professional or multifunctional tools can exceed $200. Standard cable strippers for electrical or Ethernet cables are generally $10–$50, making it important to select a tool based on the type of cable, frequency of use, and required precision .