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LZM-100 CO2 Laser Splicing and Glass Processing System

The LZM-100 LAZERMaster is a glass processing and splicing system that uses a CO2 laser heat source to perform splicing, adiabatic tapering (to create MFAs or pump combiners), lensing or other glass shaping applications. The high resolution optical analysis system works in conjunction with user-friendly on-board firmware for full automatic operation. The LZM-100 can also be used manually or by PC control.

  • An advanced configurable system capable of producing tapers, ball lenses, combiners, MFA’s and End-Cap splicing
  • FPS PC GUI provides easy and simple glass processing application design
  • Splices and processes fibres up to 2.3 mm clad diameter
  • Long travel / high resolution Z motion for up to 150mm tapers
  • End-View observation and alignment system option
  • Very clean heat source CO2 Laser: Absolutely no deposits on fibre surface as might occur with arc discharge electrodes
  • CO2 Laser heat source provides extremely stable and easily operation with virtually no consumables or maintenance
  • Laser beam size, shape and power can be tailored to meet customer requirements
  • Simple on-board menus and parameters common to the FSM-100 series splicers
  • Complete set of PC command codes enables users to develop proprietary processes




LZM-110M/110P CO2 Laser Splicing and Glass Processing System

The LZM-110M / 110P LAZERMaster is a splicing and glass processing system that uses a CO2 laser heat source to perform splicing, tapering (to create MFAs), lensing, or other glass shaping operations with glass diameters of 2.3 mm. The high resolution optical analysis system works in conjunction with on- board firmware for fully automatic splicing, tapering and other glass shaping processes. High precision glass processing is enabled by the intuitive and user- friendly on-board firmware (virtually identical to that of the Fujikura FSM-100 splicers). Operations may also be performed manually and by PC control. The FPS PC control GUI is supplied with the LZM-110M /110P to provide additional features, greater flexibility and finer control. The FSP GUI may be used on a PC chosen by the customer. Customers can also create proprietary PC control algorithms using a complete set of PC control commands.

  • Splices and glass processing of fibres with 80 μm up to 2.3 mm diameter
  • High resolution motion for precise control during splicing and glass processing operations
  • Extensive library of applications which are transferable between the LZM and FSM family
  • FPS PC GUI provides additional measurement capabilities & glass shaping control
  • Very clean heat source: Absolutely no deposits on fibre surface as might occur with filaments or electrodes Provides extremely stable and repeatable operation with virtually no maintenance
  • Substantially reduces maintenance and calibration requirements
  • Proprietary feedback system ensures heating power stability
  • No need for process gas (as required with filament systems) or Vacuum systems
  • Class 1 Laser with redundant automated laser safety features




FSM-100 Series ARCMaster® Fusion Splicers

The FSM-100M/FSM-100P are the standard models of FSM-100 series and offer a host of innovative technologies to address the rapidly expanding splicing needs for factory, manufacturing, laboratory and R&D applications. The FSM-100M/FSM-100P have the capability to splice 60 to 500um clad diameter fibre which includes dissimilar diameter/fibre type combination splicing. The FSM-100P has been equipped with fibre rotation units to align polarisation maintaining fibres with advanced alignment software. The FSM-100M+/FSM-100P+ have the capability to splice up to 1200μm extra-large diameter fibres using an electrode oscillation function in addition to all the FSM-100M/FSM-100P functions. Furthermore the FSM-100M+/FSM-100P+ also have a fibre end-view observation system to align non-circular symmetry structured fibres such as octagonal clad fibre, PM-PCF and so on.

  • Up to 500μm clad diameter fibre splicing (FSM-100M/ FSM-100P)
  • Up to 1200μm clad diameter fibre splicing (FSM-100M+/ FSM-100P+)
  • Advanced PM fibre alignment methods (FSM-100P, FSM-100P+)
  • End-view observation system (FSM-100M+, FSM-100P+)
  • Advanced plasma zone control methods
  • Enhanced arc calibration methods
  • Dual splice loss estimation
  • Enhanced sweep arc
  • Fibre profile learning function
  • Enhanced ability for fibre shaping, ball lensing and tapering