Fiber Stripper
Armored Fiber Optic Cable Stripping Tool
Armored cable stripping tools that score and remove steel armor safely without damaging the fibers inside. Request a quote.
Fiber Stripper
Before a fiber can be cleaved, spliced, or connectorised, its coating has to come off — cleanly, completely, and without touching the glass underneath. That is a harder job than it sounds: strip too shallow and residue fouls the splice, strip too aggressively and a nick in the cladding becomes a break weeks later.
A precision fiber stripper is what makes the first step of every termination reliable, and As a fiber stripper manufacturer and supplier, Aevumix has built them to that standard for 16 years.
The line runs from single-hole precision strippers to multi-port and rotary tools, plus jacket and drop-cable strippers for the outer layers. All are configurable and open to OEM and ODM supply.
OEM / ODMprivate-label stripper bodies and packaging
Calibrated gaugescoating, buffer, and jacket in matched steps
Multi-port options250/900 µm and cable jackets in one tool
No-nick geometryremoves coating without scoring the glass
Featured Products
6 Products
Fiber Stripper
Fiber Cable Jacket Stripping Tool
Fiber cable jacket stripping tools that open the outer jacket to a controlled depth without nicking buffer tubes or fibers. Request a quote.
Fiber Stripper
Fiber Optic Flat Drop Cable Stripping Tool
Flat drop cable stripping tools that open FTTH flat drop cable and separate its strength members cleanly. Request a quote.
Fiber Stripper
Fiber Cable Stripping Machine
Automated fiber cable stripping machines for fast, consistent jacket and coating removal in production and high-volume work. Request a quote.
Fiber Stripper
Thermal Fiber Stripping Tool
Thermal fiber stripping tools that soften the coating with controlled heat to remove it cleanly — no nicks, no weakened glass. Request a quote.
Fiber Stripper
Fiber Hot Stripper Blade
Replacement hot stripper blades that maintain clean, nick-free thermal coating removal. Matched to common thermal strippers. Request a quote.
Related Categories
Explore related categories across industry, application, and performance attributes.
-
Fiber Cleavers High-precision fiber cleavers that produce a flat, sub-degree end face for low-loss fusion splicing and connectors. Consistent cleave angle across thousands of cuts, high blade life with multiple indexed positions, and options for standard 250um fiber and flat FTTH drop cable. -
Crimping Tools Ratcheted crimping tools with interchangeable dies for fiber connectors, RJ45 modular plugs and coax F-connectors. The ratchet guarantees full, consistent crimp force every time, and one handle spans four-, six- and eight-position plugs plus coax — a single tool for a mixed kit. -
Termination Tools Termination tools for both fiber and copper: field-termination tools that seat mechanical connectors on site, and impact punch-down tools for 110 and other IDC blocks. Single-pair and multi-pair versions with interchangeable blades for fast, reliable connections that hold up.
Layers and Gauges
Stripping Is Where Nicks Are Born — or Avoided
An optical fiber is built in layers — the 125 µm glass, a 250 µm coating, often a 900 µm tight buffer, then cable jacket — and stripping means removing each without harming the one beneath.
Unlike a copper wire stripper, the tool that does it well has precisely matched gauges: an edge geometry that grips and pulls the coating cleanly while holding clear of the cladding. Get the gauge right and the glass emerges pristine, ready for cleaving and fusion splicing; get it wrong and you leave residue for the splice, or worse, a microscopic nick that becomes a fracture under stress.
Selection follows the layers you work with. A single, precise gauge suits a technician terminating one fiber type all day; a multi-port stripper handles 250 µm coating, 900 µm buffer, and cable jacket in one tool, which is why it dominates mixed field kits. For outer layers, jacket strippers and drop-cable openers deal with the cable construction FTTH crews meet every day.
The through-line is no-nick precision — the stripper's one job is to reveal clean glass without ever marking it.
OEM / ODM Programs
Fiber Optic Stripper Options from a Manufacturer
A stripper is defined by its gauges, so we calibrate them to the fiber and cable your customers actually handle — 250 µm and 900 µm coating and buffer steps, jacket-strip diameters, and drop-cable openers, in single-port precision or multi-port combinations. The blade geometry is set for clean, no-nick removal on your specified coatings.
Branding runs through the tool. The body and handle finish, the printed logo, and the packaging ship as your product, and strippers pair naturally into a private-label termination kit with cleavers and crimp tools. It is a stripper line built to your layer set and your cable types, delivered at a workable MOQ, with samples so you can confirm clean removal on your own fiber before committing.
OEM & ODM Support
Need a Custom Stripper?
Don't See Your Spec? We'll Engineer It.
Tell us the coatings, buffers, and cable jackets your customers strip. We will match them to a stripper built for your workflow and your brand.
- Samples available for qualified buyers
- Flexible MOQs for pilot runs and bulk orders
- Full OEM / ODM: gauges, ports, bodies, packaging
24htypical response
16+years experience
40+export countries
NDA available · ISO-aligned production · English & technical support
How Our Strippers Are Configured
Six dimensions define a stripper build. Use them as your OEM brief.
Gauge Calibration
Matched steps for 250 µm coating, 900 µm buffer, and jacket — the precision that removes each layer without touching the next.
Port Count
Single-port for one fiber type, or multi-port to handle coating, buffer, and jacket in one tool.
Blade Geometry
No-nick edge design that grips and pulls the coating while holding clear of the cladding — the core of a safe strip.
Cable Type
Standard fiber, tight-buffer, and flat drop cable each need matched openers and gauges.
Rotary vs Fixed
Rotary strippers for cable jackets and larger diameters; fixed-gauge tools for precise coating removal.
Ergonomics & Durability
Grip and build quality decide whether the tool stays accurate through daily field use.
From Inquiry to Bulk Supply
Inquiry & Specification
Share your coatings, buffers, and cable jackets; we confirm the stripper configuration.
Engineering & Configuration
We set gauges, ports, and blade geometry, then align OEM body and packaging to your brand.
Sample & Validation
Samples let you confirm clean, no-nick removal on your own fiber before volume.
Bulk Production
Stable manufacturing with consistent QC, flexible MOQs, and global logistics for ongoing supply.
Why Source Fiber Strippers from Our Factory
Clean Glass, No Nicks
Precisely matched gauges remove coating and buffer without scoring the cladding — the single most important thing a stripper does.
Genuinely Full OEM / ODM
Gauges, ports, bodies, and packaging all ship under your brand — a private-label stripper line, not a re-badged unit.
One Tool, Many Layers
Multi-port designs handle 250 µm, 900 µm, and jacket in a single tool, ideal for mixed field kits.
Support That Answers
A real engineer, usually within a business day, for distributors in 40+ countries.
Related Blog Posts
Blog
How to Connect Fiber Optic Cable to Fiber Optic Cable
How to connect two fiber optic cables: fusion splicing, mechanical splicing, and connectors compared, with steps, trade-offs, and the strip-clean-cleave basics.
Blog
How to Cut Optical Fiber Cable the Right Way
How to cut optical fiber cable properly: strip, clean, and cleave in sequence, the tools you need, safety, and the mistakes that ruin an end face.
Blog
Cable Termination Tools List: Copper and Fiber
A complete cable termination tools list for copper and fiber: strippers, crimpers, punch-down tools, cleavers, splicers, and the testers to verify your work.
Frequently Asked Questions
The coating and buffer layers — and, with the right tool, the cable jacket — down to the bare 125 µm glass, without nicking the cladding. Clean stripping is the precondition for a good cleave and splice.
Because its gauge is matched to the layer. A calibrated gauge pulls the coating while holding clear of the glass; a generic blade risks a nick that becomes a break under stress later.
Single-port suits one fiber type worked all day; multi-port handles 250 µm coating, 900 µm buffer, and jacket in one tool — the usual choice for mixed field kits.
With the right tool, yes. Flat FTTH drop cable needs a matched opener; we configure strippers for the cable constructions your customers meet.
That the tool removes the coating without scoring the cladding. A nick is a stress point that can fracture later, so no-nick geometry is a safety-critical spec, not a marketing phrase.
Yes — rotary tools suit cable jackets and larger diameters, while fixed-gauge strippers handle precise coating removal. Many kits carry both.
Fully. Gauge set, body finish, and packaging all carry your brand, at low MOQs — and pair into a private-label termination kit.
Request a Quote
Tell us about your application and we will respond with material recommendations, sample options, and pricing as soon as possible.