JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.
Try searching for keywords in categories, brands, products, and more. If you have any questions, please contact our Support team
Out of stock
Shopping cart
Your cart is empty
Looks like you haven't made your choice yet.
x
SKU:
Subtotal:
Total:
My Quote
Your Quote is empty
Checkout using your account
This form is protected by reCAPTCHA - the Google Privacy Policy and Terms of Service apply.
Checkout as a new customer
Creating an account has many benefits:
Advanced EXFO MAX-730C SM OTDR with dual wavelength (1310/1550nm) precision, delivering high-performance fiber optic network diagnostics for telecom professionals and network engineers.
Clark Wire SMPTE Fiber Camera Cable: 250' bend-insensitive, extra-flexible, high-performance cable for remote, ENG, and studio use. Built for durability and reliability.
VIAVI P5000i Digital Fiber Microscope: USB-powered, 200X/400X magnification, fast pass/fail analysis. Ensure perfect fiber connections every time!
Ilsintech Swift KF 4A Fusion Splicer: All-in-one core alignment splicer with 10,000 splices, 5 tools in 1, fast operation, and durable compact design!
AFL Noyes SMLP4-4 Loss Test Kit: Precision fiber testing for SM/MM networks. Reliable, versatile, and efficient with 300hr usage. Perfect for pros!
Discover the Hexatronic Ribbonet Air Blown Fiber Installation Tool. This portable, efficient tool uses compressed air and an electric motor for fast fiber installations. Perfect for microduct applications, it ensures quick and reliable setups. Learn more about its benefits and how it can enhance your fiber optic installations today!
Unlock precise singlemode fiber testing with the EXFO FTB-200 and FTB-7300D OTDR module. Get accurate diagnostics at 1310, 1550, and 1625 nm for efficient network maintenance. Learn More or Buy Now
Laser output is class 3A (around 3~5 mW) Maximum operation distance is 8 km Simple, versatile, and user-friendly design Rugged, compact, and splash proof copper housing Continuous wave output mode for steady fault illumination Pulse mode locates faults under high ambient light Support 2.5mm connectors (for PC/FC/SC/ST) The button switch permits easy one handed operation Handy, pocket pen design 50 hours of continuous operation Requires 2 AAA batteries (not provided)
Experience professional singlemode fiber testing with the certified pre-owned Fluke Networks OFTM-5732 OTDR module. Operating at 1310nm and 1550nm wavelengths, it features removable SC/UPC connectors and supports up to 60 km testing range. Rigorously inspected to guarantee top performance and reliability at an excellent value.
Laser output is class 3A (around 3~5 milliwatt) Maximum opereration distance is 8 km Simple, versatile, and user-friendly design Rugged, compact, and splash proof copper housing Three operation modes available: "CW" (Continuous wave output), "Pulse" and "Off" modes Continuous wave output mode (CW) for steady fault illumination Pulse mode helps to locate faults under high ambient light conditions Support LC 1.25mm connectors The button switch permits easy one handed operation Handy, pocket pen design 2 AAA-size alkaline batteries provide 50 hours of continuous operation
Fluke Networks SRC9SCAPCLCAPC.3MM singlemode 0.3 m TRC protects OTDR ports with SC/APC to metal LC/APC connectors, delivering precise, reference-grade fiber testing.
The Signal Fire AI-5 is a core alignment, single fiber fusion splicer with 4 motors and an S07 cleaver. Fast 8s splice, 18s heat, portable and field ready.
Fujikura FSM-60S Fiber Fusion Splicer: Precise core alignment, fast splicing, and durable design. Ideal for SM/MM fibers. Includes essential accessories for seamless use.
Upgrade your fiber optic projects with this used INNO M9+ fusion splicer kit, featuring a standard V1 fiber cleaver and a low splice count for dependable performance. Don’t miss out—order from Cartoli now for quality and value!
Upgrade your fiber testing with the Viavi FIT-82P01-PRO OLP-82P SM/MM Optical Power Meter & Fiber Inspection Kit! Get fast, accurate results with integrated inspection and automated pass/fail analysis-perfect for any network professional.Order now and streamline your fiber inspections!
Unlock efficient fiber optic splicing with the Sumitomo TYPE-71C Direct Core Fusion Splicer, featuring the FC-6S-C Cleaver. This advanced tool combines high-speed performance, precision core alignment, and wireless connectivity for seamless operations. Discover More
This fiber inspection probe is designed to integrate seamlessly into existing workflows. It supports automated multifiber connector inspection, making it easy to inspect multifiber MPO connectors in dense panels or recessed connectors. By combining unmatched ease of use with WiFi connectivity and the flexibility of Android™ and iOS smart devices, EXFO removes the last roadblocks in connector certification. Whether you’re dealing with FTTA or RRH applications where bulky equipment is impractical, the FIP-435B helps reduce the number of climbs required and streamlines work at challenging sites like tower tops.
Automatic one-button tests wavelength 1310 & 1550nm Palm design, small, lightweight, easy to carry High contrast 3.5 inch color TFT LCD Detect short dead zone event accurately High speed signal processing, short test time and fast analysis USB port connect to PC for software update and data output OTDR simulation software shows details of events Built-in visual fault locator function Rechargeable lithium polymer battery, max 8 working hours
OPM 5 is designed for measuring optical power in all network types and performing insertion loss measurements on multimode or single-mode fiber optic links. Automatic Wavelength Identification Significantly Increases EfficiencyThe standard Wave ID feature automatically detects and sets the receive wavelength(s), preventing setup and measurement errors (when used with OLS series light sources). It significantly increases efficiency and reduces technician errors—and saves testing time—by eliminating the need to test each wavelength individually.