Focal Multiplexers and Slip Rings

Focal Multiplexers and Slip Rings

BlueZone is the Australian distributor of Focal fibre optic products.

Fibre Optic Rotary Joints (FORJs) are to optical signals what electrical slip rings are to electrical signals, a means to pass signals across rotating interfaces, particularly when transmitting large amounts of data. FORJs maintain the intrinsic advantages of fibre end to end.

BlueZone supplies and services the following Focal products:

  • Focal multiplexers (console/remote systems, expansion cards, Ethernet options, etc.)
  • Focal FORJs (Fibre Optic Rotary Joints)
  • Focal slip rings, including fibre optic slip ring sets

BlueZone provides a slip ring maintenance and repair service out of our purpose-built slip ring repair facility in Perth.

Contact BlueZone for sales and authorised service and repair for Focal Electrical and Fibre Optic Rotary Joint (FORJ) slip rings.

Key Features

Up to 25-hour mission duration

Speeds up to 4.2 knots

Increased module payload capacity

Search and recovery

Hydrography

Deep sea mineral exploration

Marine & Fisheries research

Product Enquiry

    Product Enquiry


    Related Articles

    SRS FUSION: A Hybrid ROV Built for the Demands of Modern Marine Operations

    Dive deeper, faster, smarter—SRS FUSION   In an era where underwater data is critical to infrastructure, defence, and environmental stewardship, the SRS FUSION ROV emerges as a versatile, high-performance solution...

    Read More

    BlueZone Group Sharpens Product Expertise at TMTW

    Riding the Wave of our 25-year Celebration, BlueZone Group Dives into a Packed Season of Innovation and Industry Engagement   Fresh of the back of the success of our 25-year...

    Read More

    Engineering Excellence in Action: A Day with NU Teams

    This month, BlueZone Group had the pleasure of spending a day with NU Teams—the University of Newcastle’s professional engineering student organisation. NU Teams is comprised of three dynamic, competition-driven groups:...

    Read More