Home/Products/Fiber Cleaning & Tools/Fiber Cleaning/Fiber Cleaner/FF-CLE-W90 Fiber Optic Cleaner

FF-CLE-W90 Fiber Optic Cleaner

★★★★★
Highly Rated

Description

This cleaning pen has a unique 90-degree angle design, specially customized for ONU cleaning. Customers can quickly, efficiently and conveniently complete the on-site cleaning of the ONU.
With a single press, the stains, dust, etc. on the end face of the fiber ferrule can be removed immediately. The cleaning belt is made of anti-static resin material, no need to wipe with alcohol, and the cleaning rate is as high as 99%.
It can be used repeatedly for more than 600 times, and the cost is low and economical.

Download

FF-CLE-W90 Datasheet

FAQ

Q1: What design feature makes the FF-CLE-W90 specially suited for ONU maintenance?

A: It features a unique 90-degree angled tip specifically engineered for quick, efficient on-site cleaning of optical network unit (ONU) connectors.

Q2: How does the cleaning mechanism operate, and does it require alcohol?

A: It operates via a single-press mechanism that immediately wipes away dust and stains from the fiber ferrule end face. Built with an anti-static resin cleaning belt, it requires no alcohol or liquid solvents.

Q3: What is the cleaning efficiency rate and service life of the FF-CLE-W90?

A: It achieves a cleaning efficiency rate of up to 99% and provides over 600 cleaning cycles per unit.

Q4: Is technical documentation available for this model?

A: Yes, a downloadable FF-CLE-W90 Datasheet PDF is available directly on the product page.

Customer Reviews

4.7 / 5.0 ★★★★★ Based on 53 customer reviews
Sven Nygård
2025-11-18

Equipping our FTTH field installation teams with the FF-CLE-W90 has resolved a major operational challenge when servicing customer-premise Optical Network Units (ONUs). Standard straight pen cleaners struggle to maneuver inside compact, wall-mounted ONU enclosures, whereas this unit's customized 90-degree angled tip effortlessly accesses deeply recessed bulkhead connectors. A single-press stroke instantly advances the anti-static resin cleaning belt, removing dust and particulate contamination without requiring isopropyl alcohol or leaving fluid residue. High-resolution inspection scopes confirm a cleaning efficiency rate of up to 99% on ceramic ferrules. Offering over 600 cleaning cycles per pen, it delivers exceptional B2B value by reducing truck-roll rework and consumable costs.

Jean-Luc Blanc
2026-03-12

As a technical director overseeing GPON network maintenance, the FF-408/W90 series tools have proven essential for on-site quality assurance. The unique 90-degree form factor allows our technicians to clean interior ONU ports in seconds without dismounting the terminal or putting undue stress on connected drop cables. The dry anti-static resin belt eliminates static charge that typically re-attracts airborne dust. Reviewing the technical specifications in the downloadable FF-CLE-W90 Datasheet provided all the necessary optical compliance details for our procurement team. The 600+ click capacity makes this cleaner a highly durable and cost-effective addition to our field service kits.

Dietmar Hoffmann
2026-07-14

We standardized on the FF-CLE-W90 cleaner for our regional broadband turn-up teams to streamline fiber end-face preparation at subscriber premises. The 90-degree angled head provides ideal mechanical leverage inside tight ONU ports where straight probes fail to make proper contact. One simple push triggers a clean, repeatable wiping action that removes grease and dust immediately. OTDR and optical power meter checks conducted post-cleaning show consistent insertion loss improvements across both 1310nm and 1550nm wavelengths. Achieving 99% cleaning efficiency without liquid solvents makes this an reliable, carrier-grade maintenance tool.

Showing 3 of 53 top reviews.

Help Us Improve

Leave a comment or request a new feature for this product. Our R&D team reads every submission!

Your Quote List
×
    Request a Demo
    ×

    We'll reach out shortly regarding:

    We value your privacy
    We use cookies and third-party services (such as live chat and video hosting) to enhance your browsing experience. You can choose to accept or decline these non-essential technologies.