Power Supply Single Phase, 1.7 kVA; Air Cooled; Integrated Viewing Cameras; Dimensions 756x505x245 mm; Weight 35 kg OpTek Systems’ LaserCleave™-1500 series are tabletop fiber processing tools for optical interconnect production. Within this series, two versions are available: LaserCleave™-1500 for single- and multi-fiber connectors LaserCleave™-1500 LT for LightTurn and MXC connectors Engineered to address the production of existing and a new generation of optical interconnects in a compact and user friendly platform, LaserCleave™ systems are designed to maximise productivity in connector manufacture. LaserCleave™ production tools from OpTek Systems are built around the technology that has been relied on in performance critical, volume production of optical fiber components since the mid 1990’s. OpTek’s unique machine tools are in service around the world producing laser-processed fiber ends of unmatched quality and reproducibility, with many millions of OpTek-processed ends in service in telecoms, datacoms, medical, aerospace and defence applications. Key Features: Interchangeable Fixture for a Wide Range of Connector Types Rapid, Non-contact Process Cuts Fiber and Epoxy Close to Pedestal Accurate and Repeatable Cut-off Length or Cleave Position Control Over Fiber End Geometry No Core-cracks, Chipping, Scratching or Hackle Minimize or Eliminate Post Cleaving Operations Reduced Overall Cost of Terminations Electrical Supply: Single Phase, 1.7 kVA Cooling: Air Cooled, Water Cooling Option Vision: Integrated Viewing Cameras Shards: Capacity Collection >1M Fiber Shards Dimensions: 756 x 505 x 245 mm Weight: 35 kg Applications: Production of Optical Interconnects; Maximise Productivity in Connector Manufacture; Production of Optical Fiber Components; Telecoms; Datacoms; Medical; Aerospace; Defence

Power Supply 220 VAC, 20 A, Single Phase; Fully Integrated; Cassette Loading; Dimensions 1,400x800x1,200 mm; Weight 350 kg OpTek Systems’ LaserCleave™-3500 laser cleaver has been developed to address the challenges faced in the production of OE connectors, AOC’s (Active Optical Cables) and other connectors requiring optical grade cleaves. LaserCleave™-3500 is a fully integrated, standalone tool for laser cleaving of optical interconnect assemblies. The tool is cassette loaded to provide automated processing of multiple assemblies, with interchangeable cassettes for processing of both connectorized and bare-fiber components. LaserCleave™-3500 is designed to be operator independent and has all necessary ancillary services on-board, with the exception of the electrical supply. OpTek’s unique machine tools are in service around the world producing laser-processed fiber ends of unmatched quality and reproducibility, with many millions of OpTek-processed ends in service in telecoms, datacoms, medical, aerospace and defence applications. Key Features: Accurate Cleaving of Protruding Fiber After Assembly in the Connector LaserCleave™ Laser Cleaving for Exceptional Quality and Reproducibility Cassette Loading for Multi Part Processing Interchangeable Cassettes for Maximum Flexibility Fully Integrated for Standalone “Turn-key” Operation CE Marked and Certified Electrical Supply: 220 VAC, 20 A, Single Phase Shards: Integrated Collection of >1M Fiber Shards Communications: PC Remote Control Via Internet Dimensions: 1,400 x 800 x 1,200 mm Weight: 350 kg Applications: Laser Cleaving of Optical Interconnect Assemblies; Standalone “Turn-key” Operation; Maximise Productivity in Connector Manufacture; Production of Optical Fiber Components; Telecoms; Datacoms; Medical; Aerospace; Defence

Power Supply Single Phase, 20 A; Lens Type Spherical, Aspheric, Wedge, Bi-conic, Angled Wedge, Angled Bi-conic; Process Speed 10, 20 s; Tip Radius 5->200 µm; Dimensions 1,430x830x1,180 mm; Weight 450 kg OpTek Systems’ LaserCleave™-Lens/Wedge laser lensing tools offer unparalleled performance in the production of lensed optical fiber. Processing of polarization maintaining (PM), single mode (SM) and multi mode (MM) fiber is fast, accurate and reliable, with processing times at a fraction of that required for grind and polish, and first-pass yield at 99.9%. Spherical, aspheric and asymmetric lenses are laser-machined for high-efficiency coupling, improving your product performance while reducing manufacturing costs. OpTek’s laser lensing tools are available in two versions: LaserCleave™-Lens conical lenser for spherical & aspheric lenses LaserCleave™-Wedge wedge/bi-conic lenser for asymmetric lenses OpTek LaserCleave™-Lens/Wedge laser lensing systems machine a high-performance lens directly onto the end of an optical fiber. Asymmetric lenses are produced using feedback from on-line far field measurements to ensure accurate centring of the lens on the fiber core. The non-contact process is incredibly fast and uses on-line imaging to ensure accurate centration of the lens to the fiber. The superior optical quality of the surface and exceptional control over the lens ensures maximum coupling. Key Features: Lens Type: Spherical, Aspheric, Wedge, Bi-conic, Angled Wedge, Angled Bi-conic Scrap Angle Removal Process Speed: Typically 10, 20 s Per Lens Flexibility: Store and Recall Thousands of Lens Designs Change Time Between Different Lenses: 10 s Tip “Radius” LaserCleave™-Lens: 5 to 15 μm SM, to >200 μm MM & Collimator Tip “Radius” LaserCleave™-Wedge: 5 to 50 μm SM & MM Tip “Radius” Tolerance: ±0.5 μm SM Lens Alignment to Core: ±0.5 μm SM Yield: >99% Surface Finish: Laser Polished Lens Performance: Superior Surface Finish and Ability to Tune Lens Design Gives Un-matched Optical Performance Robust Rounded Edges Non-contact Process Power Supply: Single Phase, 20 A No Water or Gas Needed Vision: Integrated High-magnification Vision System Shards: Integrated Collection of >1M Fiber Shards Communications: PC Remote Control Via Internet Dimensions: 1,430 x 830 x 1,180 mm Weight: 450 kg Applications: Production of Lensed Optical Fiber; Laser-machining a High-performance Lens Directly onto the End of an Optical Fiber

Single-Fiber Window-Stripping; Strip Length ≤ 30 mm; Processing Time < 1min/fiber OpTek Systems offers tabletop fiber processing tools tailored for optical component production. The LaserStrip production tools are centered around technology that has been proven effective in the high-performance, high-volume production of optical fiber components since the mid-1990s. These tools are engineered to cater to both existing and emerging generations of components, all within a compact and user-friendly platform. LaserStrip™ is specifically designed to optimize productivity in manufacturing.Utilizing a contact-free process, laser stripping of optical fibers is employed for the precise removal of acrylate buffers. This system is configured for single-fiber window-stripping with strip lengths of up to 30mm, ensuring precise dimensional control. With the elimination of blades and any potential for glass abrasions, this process is particularly well-suited for ultra-high reliability (UHR) applications. Key features:  Rapid, non-contact processing Accurate and repeatable feature positioning Eco-friendly manufacturing (chemical free) Improve performance, increase yield, reduce manufacturing costs Reliability due to the elimination of blades and glass abrasions Ideal for ultra-high reliability (UHR) applications Accurate and repeatable strip length with clean and well-defined shoulder High-throughput - processing time is less than 1 minute/fiber including load and unload operations

Integrated Viewing Camera; Window Strip Length 1-50mm, End Strip Length 1-15mm, Strip Length Tolerance ±0.2mm, Shoulder Transitions <500µm OpTek Systems' LaserStrip production tools incorporate technology that has been integral to the high-performance, large-scale production of optical fiber components since the mid-1990s. These tools are meticulously engineered to cater to both existing and emerging generations of components, with a primary focus on maximizing productivity within a user-friendly platform.The LaserStrip system employs a contact-free laser-stripping process to remove acrylate buffers from optical fibers. Configurable for up to 16-fiber ribbons, it accommodates window strip lengths of up to 50 mm and end strip lengths of up to 15 mm, all with precise dimensional control. Notably, the elimination of blades and any potential for glass abrasions renders this process exceptionally well-suited for ultra-high reliability (UHR) applications. Key features: Rapid, non-contact processing Accurate and repeatable feature positioning Eco-friendly manufacturing (chemical free) Improve performance, increase yield, reduce manufacturing costs Reliability due to the elimination of blades and glass abrasions Ideal process for ultra-high reliability (UHR) applications Accurate and repeatable strip length with clean and well-defined shoulder High-throughput – less than 1 minute/ribbon including load and unload time Ability for customer to modify strip length, scan speed, laser pulse repetition rate and duty cycle through integrated control panel Class 1 enclosure with provisions for customer tooling used to hold fiber during processing Fiber Compatibility: 12-Fiber 125µm Ribbon Acrylate Coated (16 Fiber Ribbon solutions available)