1Cure-HI-X Epoxy Curing Oven

Homogeneous & Powerful; Irradiance ≤250/≤1000 mW/cm²; Wavelength 275-465 nm; Power Supply 48 VDC, 400 W; Active Air Cooling With Fans, Water Cooling Optional The UCUBE™ series of homogeneous & powerful UV LED flood curing lamps has been designed by UWAVE for repeatable and large irradiation area processes. Its great homogeneity associated to a consistent illumination makes this series of UV LED flood curing systems suitable for a wide range of applications such as curing, bonding, photolithography or photoaging. Available wavelengths include 275 nm, 305 nm, 365 nm, 385 nm, 395 nm, 405 nm and 465 nm. Beyond the UV-A wavelength range, UWAVE has developed a UV-C version of the UCUBE™ to meet actual concerns on contamination and spread of virus and bacteria. Equipped with the best 275 nm LED in the market, this UCUBE™ model allows a quick & efficient disinfection process of objects and surfaces for larger areas. Any other wavelength (UV-C, UV-B, Visible and IR) is available upon request, please contact AMS Technologies for further details. Depending on total number of UV LEDs, two different power versions of UCUBE™ are available to be suitable for all curing processes that require UV energy: 25 LEDs for a maximum irradiance level of 250 mW/cm², or 100 LEDs for a maximum irradiance level of 1,000 mW/cm². The standard UCUBE™ system features dispersive UV illumination, but an optional collimated beam optics can be integrated to keep at least 75% of the global irradiance at 10cm working distance – allowing the user to benefit from a powerful and homogeneous UV flux at higher working distances by minimizing UV ray dispersion and loss. UCUBE™ systems can also be delivered as water-cooled variants thanks to a dedicated external chiller system. Water flow allows a better thermal management of the LED to get an optimal optical stability and a longer lifetime for the product. Please contact AMS Technologies for further details. For powering and controlling the UCUBE™ systems, UWAVE provides different types of UPOWER™ UV LED power supply & control units for different requirements. UWAVE has designed its products to fit OEM and system integrator requirements. Thus, it is possible to control UCUBE™ systems directly from the PLC (Programmable Logic Control) to facilitate integration into production lines. Many options are available such as temperature monitoring or the control of UV irradiance and time of exposure. In industrial environments, noise reduction is a growing issue. UWAVE developed the SMART BLADE™ technology to control fan speed in real time based on data provided by the UV LED source and thus minimize the noise. By optimizing its own temperature control, UCUBE™ sources are guaranteed to be both stable and durable. The UCUBE™ LED has a much higher output power stability than other technologies and does not emit infrared radiation, thus heat-sensitive materials can be processed. UV LEDs are eco-friendly as they do not create ozone, do not contain mercury and only need a few watts to operate. Key Features: 100 mm x 100 mm UV-emitting Window Two Power Versions: 25 LEDs (250 mW/cm²) or 100 LEDs (1,000 mW/cm²)to Meet Various Application Requirements Dispersive or Collimated Beam Homogeneity up to 90% Easy to integrate on the UV CHAMBER™ for Safe and Repeatable Processes Max. Irradiance: Up to 250/1,000 mW/cm² Wavelength: 275, 305, 365, 385, 395, 405 or 465 nm Power Supply: 48 VDC, 400 W Cooling System: Active Air Cooling With Fans, Water Cooling Option Available Body Material: Aluminium Alloy Dimensions: 100 mm x 100 mm x 180 mm Weight: 2.0 kg Applications: High-power UV Curing Processes; Curing of Optical Adhesives, Glues, Resins, Varnishes, etc.; UV Curing of Glues in the Cosmetics Industry for Assembling on Perfume Bottles; Assembling and Curing Processes in the High-tech Industry; UV Curing of Resins and Coatings in the Electronics Industry for Manufacturing and Finishing Processes

Compact & Lightweight; Irradiance ≤1,200 mW/cm²; Wavelength 365, 385, 395, 405 nm; 4 Interchangeable Lenses; Passive Cooling The UFIBER™ series comprises precise and high-intensity UV LED spot-curing systems suitable for high-precision curing & bonding applications in a compact and versatile unit. In these intuitive systems, UWAVE combines the high performance and benefits of UV LED technology to deliver optimized & consistent light on a precise location. With irradiance levels reaching 1,200 mW/cm², UFIBER™ systems are perfect for in-lab tests and UV curing processes. For longer lifetime and more stable optical performances, a heat-sink body can be added onto the UFIBER™ body to improve thermal management. Four different lenses (window, large, medium & focus) can be mounted for different optical performances regarding power, spot size, etc. Theses lenses and LED heads can be used in any combination. Available wavelengths include 365 nm, 385 nm, 395 nm and 405 nm. Any other wavelength (UV-C, UV-B, Visible and IR) is available upon request, please contact AMS Technologies for further details. These combined features make UFIBER™ systems the perfect UV spotlight for quick and precise curing of adhesives, coatings and encapsulants. For powering and controlling the UFIBER™ systems, UWAVE provides different types of controllers for different requirements. The screen version of the UPOWER™ UV LED power supply & control unit can control up to six UFIBER™ heads simultaneously or independently. With its intuitive screen interface, it allows to choose mode, time and power parameters – including semi-automatic operation using a footswitch as well as fully automatic operation allowing smart communication with a PLC. The UFIBER™ LED has a much higher output power stability than other technologies and does not emit infrared radiation, thus heat-sensitive materials can be processed. UV LEDs are eco-friendly as they do not create ozone, do not contain mercury and only need a few watts to operate. Key Features: Powerful, Flexible & Compact Optical System With 4 Different Interchangeable Lenses: Window, Large, Medium & Focus Ideal for Low and High Production Volumes Thanks to an Easy Mechanical Integration Low Energy Consumption for High-quality Results Max. Irradiance: Up to 1,200 mW/cm² Wavelength: 365, 385, 395 or 405 nm Power Supply: Direct LED Control, 3 W Maximum Power Consumption Cooling System: Passive Air Cooling Body Material: Aluminium Alloy Dimensions: Diameter 12 mm; Length 60 mm (Window/Large/Medium Optics), 63 mm (Focus Optics), 92/95 mm Including Connector Weight: 15 g Applications: Manual and Automated High-precision UV Curing Processes; Curing of Optical Adhesives, Glues, Resins, Varnishes, etc.

No. of Connectors 24-36; Resolution 0.1 °C; Accuracy ±2 °C; Max. Temperature +155 °C; Stability ±2 °C; Horizontal Curing 0°, +15°, -15°; Step-Cure Capability Connected Fibers’ patented 1Cure is the industry’s first intelligent expoxy curing oven for both horizontal and vertical curing applications. The 1Cure oven features both soak and ramp temperature profile curing capability, a 4” full-color LCD touchscreen as well as network connectivity with remote programmability and access The system stores up to 999 programs. The temperature of the actual connector fixture is monitored and controlled rather than the traditional method of monitoring the hot plate. This eliminates the temperature error created by the thermal offset between these two surfaces in a typical curing oven. 1Cure is also available with an optional advanced cooling system for reducing cycle times between ramp (step) cure profiles. The ramp cure technology eliminates fiber cracking especially on larger core fibers by utilizing ramp and soak cycles. This significant advancement is useful for large-core and multi-fiber applications. It also allows to standardize on one epoxy for various applications by customizing time and temperature profiles. The oven features a horizontal curing base with a removable 24 position fixture for MT (MPO) and a convertible lid providing cable access to a block to accommodate up to 96 single fiber termini (72 for the 1Cure-200) to cure in a vertical position. The internal 15° tilt mechanism for the horizontal cure will allow for 0° or 15° curing angle to prevent fibers from retreating during bare, buffered or ribbon fiber applications. The 1Cure is designed by Connected Fibers to meet all industry performance and safety standards providing leading technology for the heat curing process of fiber optic termini. The oven is suited for all production environments and for all industry standard connectors and ferrules with use of heat-cure epoxies, including MT (MPO) connectors. Key Features: Step-Cure Capable Cooling System Between Cycles (Optional) MT or Single-Fiber Curing Flat to Angled Internal Tilt for Horizontal Curing Precision Temperature Control Integrated Thermocouple in Fixture for Ideal Calibration Networkable for Remote Monitoring and Programming of Oven Touchscreen Interface Up to 999 Programmable Cure Schedules for Various Fiber Types Ramp Curing to Eliminate Fiber Cracking Especially in Multi-fiber or Large-core Fibers Standardize on One Epoxy Temperature Range (Hot Plate Temperature): Ambient +5 °C to +155 °C Temperature Display Resolution: 4 Digit / 0.1 °C Temperature Uniformity: ±2 °C Temperature Accuracy: ±2 °C Horizontal Curing: 0°/+15°/-15° Vertical Curing Capacity: 3 Blocks Horizontal Curing Capacity: 24 MT Ferrule, 36 LC Applications: Cable Assembly Fabrication; Medical; Military; Specialized

No. of Connectors 48; Resolution 0.1°C; Accuracy ±2°C; Max. Temperature +155°C; Uniformity ±2°C; Number of Profiles >99, Number of Steps Per Profile 9; Number of Timers 4 The 1Cure-VI-X™ employs cutting-edge PID microprocessor technology paired with an intuitive, programmable interface. This innovative design ensures a fiber optic curing oven with remarkably stable and uniform temperatures across all heating blocks. With a temperature stability of +/- 0.2°C, the 1Cure-VIX grants precise control over your curing process. Its ramp/soak feature is particularly advantageous for step curing, catering to large core fiber applications and military curing profiles. Constructed with quality materials and insulation, this oven boasts longevity for both the appliance and its electrical components. Its superior craftsmanship and functionality guarantee a controlled process and a wise long-term investment in your curing operations.With the introduction of curing cassettes, you can now efficiently cure the latest VSFF duplex connectors available in the market. Furthermore, the oven is C.E. Certified for sale within the European Union. Key Features: Vertical Curing Blocks for Multiple Applications Including LC, LC Duplex Uniboot, SC, FC, MU, ST, SMA and various Mil/Aero Termini. Curing Cassettes and Block Available for Non-Crimped Termini and the latest High Density Duplex Connectors Patented In-Fixture temperature monitoring for precision temperature control Up to 48 connector capacity for simplex connectors. Temp Range: Ambient +5 to 155°C Temp Uniformity: +/- 2°C Temp Accuracy: +/- 2°C Temp Display Resolution: 0.1°C Number of Profiles: >99 Number of Steps Per Profile: >9 Number of Timers: 4 Electrical Power: 100-120V or 220-240V (150W) Dimensions: 12" x 8" x 4.5" Weight: 9.5lbs (4.3Kgs) Applications: Large Core Fiber Applications; Military

Adhesive Curing KIT; 365 nm; 1400 mW/cm2; 4 W; handheld; in transport case with accessoriesKit including :- 1x UTARGET-365-AUTO UV LED 365nm with a 10mm standard optical system- 1x UGLASS-02UV safety googles for high power (Tint sapphire, 100% absorption before 525 nm, Anti-scratch coating, Norm : EN166 + EN169 + EN 172)- power supply adapter- desk holder

No. of Connectors 24-60; Resolution 0.25 °C; Accuracy ±2, ±2.5 °C; Max. Temperature +150 °C; Stability ±0.75 °C; Heating Speed 12 °C/min; Dimensions 343x127x236 mm Nanometer Technologies’ Smart Oven models are smart epoxy fiber optic curing ovens. These ovens are specifically designed to work with MT style connectors, but also work great with many other styles of connectors. The front-load model’s horizontal positioned heating block will hold 24 MT style connectors and gives users the ability to cure custom style connectors with ease. A top load version of the Smart Oven cures up to 60 connectors at a time (standard 32 connectors) at super-stable temperatures. The 4.3-inch touch screen PID process controller enables repeatable performance with accurate temperature control, the ability to store up to 30 recipes (temperature profiles and epoxy types) and ramp/soak function for Mil spec. applications. With the built-in alarm system, you'll avoid over-curing your connectors. Key Features: Resolution: 0.25 °C Accuracy: ±2.5 °C @ 150 °C, ±2 °C @ 25 to 120 °C (Thermocouple Accuracy) Maximum Temperature: +150 °C Stability (Lid Closed): ±0.75 °C Heating Speed: 12 °C/min Cooling Speed: 1.5 °C/min Settling Time: 3 min Capacity: 24 to 60 Connectors (Variable Depends on Heater Block) Dimensions: 343 x 127 x 236 mm Weight: 2.3 kg Ramp/Soak Specs: 10 Steps per Profile, Program Time & Temperatures, Save up to 25 Profiles, Save Names per Profile, Linear Ramping to Temperature, Overshoot ±5%,. +160 °C Thermal Shutdown Protection No. of Pre-set Oven Profiles: 13 Applications: Curing of Epoxy Adhesives for Fiber Optic Connectors

Homogeneous & Linear; Irradiance ≤500 mW/cm²; Wavelength 365, 385, 395, 405 nm; Power Supply 48 VDC, 160 W; Active Air Cooling With Fans The UBAR™ series of homogeneous & linear UV LED flood curing lamps has been designed by UWAVE for repeatable and large-area irradiation processes. Its homogeneity enables curing of larger areas and makes this series of UV LED flood curing systems suitable for a wide range of applications such as curing, bonding or photoaging. Thanks to its optical design, several UBAR™ systems can be added and arranged in series without shadowed areas to adjust lighting length to mechanical & optical specifications. Thus, optical length is adjusted in 200 mm unit increments to obtain long UV lines and to fit process needs. Available wavelengths include 365 nm, 385 nm, 395 nm, 405 nm and 465 nm. Any other wavelength (UV-C, UV-B, Visible and IR) is available upon request, please contact AMS Technologies for further details. For powering and controlling the UCUBE™ systems, UWAVE provides different types of UPOWER™ UV LED power supply & control units for different requirements. For better integration into automates manufacturing processes, a control module allows communication with the UBAR™ UV LED systems to prevent LED issues. In case of LED fault, the UBAR™ system will send out an error signal. It is also possible to control UBAR™ systems directly from the PLC (Programmable Logic Control) to facilitate integration into production lines. Many options are available such as temperature monitoring or the control of UV irradiance and time of exposure. In industrial environments, noise reduction is a growing issue. UWAVE developed the SMART BLADE™ technology to control fan speed in real time based on data provided by the UV LED source and thus minimize the noise. By optimizing its own temperature control, UBAR™ sources are guaranteed to be both stable and durable. The UBAR™ LED has a much higher output power stability than other technologies and does not emit infrared radiation, thus heat-sensitive materials can be processed. UV LEDs are eco-friendly as they do not create ozone, do not contain mercury and only need a few watts to operate. Key Features: 200 mm x 50 mm UV-emitting Window Can be Placed in a Row While Keeping Homogeneity Across the Whole Area Perfect Fit for Automated and Semi-automated Processes Easily Controllable With a PLC to Facilitate Integration into Production Lines Max. Irradiance: Up to 500 mW/cm² Wavelength: 365, 385, 395 or 405 nm Power Supply: 48 VDC, 160 W Cooling System: Active Air Cooling With Fans Body Material: Aluminium Alloy Dimensions: 210 mm x 208 mm x 72 mm Weight: 2.0 kg Applications: Highly Automated UV Curing Processes; Curing of Optical Adhesives, Glues, Resins, Varnishes, etc.; UV Curing of Glues in the Cosmetics Industry for Assembling on Perfume Bottles; Assembling and Curing Processes in the High-tech Industry; UV Curing of Resins and Coatings in the Electronics Industry for Manufacturing and Finishing Processes

Homogeneous & Powerful; Irradiance ≤250/≤1000 mW/cm²; Wavelength 275-465 nm; Power Supply 48 VDC, 400 W; Active Air Cooling With Fans, Water Cooling Optional The UCUBE™ series of homogeneous & powerful UV LED flood curing lamps has been designed by UWAVE for repeatable and large irradiation area processes. Its great homogeneity associated to a consistent illumination makes this series of UV LED flood curing systems suitable for a wide range of applications such as curing, bonding, photolithography or photoaging. Available wavelengths include 275 nm, 305 nm, 365 nm, 385 nm, 395 nm, 405 nm and 465 nm. Beyond the UV-A wavelength range, UWAVE has developed a UV-C version of the UCUBE™ to meet actual concerns on contamination and spread of virus and bacteria. Equipped with the best 275 nm LED in the market, this UCUBE™ model allows a quick & efficient disinfection process of objects and surfaces for larger areas. Any other wavelength (UV-C, UV-B, Visible and IR) is available upon request, please contact AMS Technologies for further details. Depending on total number of UV LEDs, two different power versions of UCUBE™ are available to be suitable for all curing processes that require UV energy: 25 LEDs for a maximum irradiance level of 250 mW/cm², or 100 LEDs for a maximum irradiance level of 1,000 mW/cm². The standard UCUBE™ system features dispersive UV illumination, but an optional collimated beam optics can be integrated to keep at least 75% of the global irradiance at 10cm working distance – allowing the user to benefit from a powerful and homogeneous UV flux at higher working distances by minimizing UV ray dispersion and loss. UCUBE™ systems can also be delivered as water-cooled variants thanks to a dedicated external chiller system. Water flow allows a better thermal management of the LED to get an optimal optical stability and a longer lifetime for the product. Please contact AMS Technologies for further details. For powering and controlling the UCUBE™ systems, UWAVE provides different types of UPOWER™ UV LED power supply & control units for different requirements. UWAVE has designed its products to fit OEM and system integrator requirements. Thus, it is possible to control UCUBE™ systems directly from the PLC (Programmable Logic Control) to facilitate integration into production lines. Many options are available such as temperature monitoring or the control of UV irradiance and time of exposure. In industrial environments, noise reduction is a growing issue. UWAVE developed the SMART BLADE™ technology to control fan speed in real time based on data provided by the UV LED source and thus minimize the noise. By optimizing its own temperature control, UCUBE™ sources are guaranteed to be both stable and durable. The UCUBE™ LED has a much higher output power stability than other technologies and does not emit infrared radiation, thus heat-sensitive materials can be processed. UV LEDs are eco-friendly as they do not create ozone, do not contain mercury and only need a few watts to operate. Key Features: 100 mm x 100 mm UV-emitting Window Two Power Versions: 25 LEDs (250 mW/cm²) or 100 LEDs (1,000 mW/cm²)to Meet Various Application Requirements Dispersive or Collimated Beam Homogeneity up to 90% Easy to integrate on the UV CHAMBER™ for Safe and Repeatable Processes Max. Irradiance: Up to 250/1,000 mW/cm² Wavelength: 275, 305, 365, 385, 395, 405 or 465 nm Power Supply: 48 VDC, 400 W Cooling System: Active Air Cooling With Fans, Water Cooling Option Available Body Material: Aluminium Alloy Dimensions: 100 mm x 100 mm x 180 mm Weight: 2.0 kg Applications: High-power UV Curing Processes; Curing of Optical Adhesives, Glues, Resins, Varnishes, etc.; UV Curing of Glues in the Cosmetics Industry for Assembling on Perfume Bottles; Assembling and Curing Processes in the High-tech Industry; UV Curing of Resins and Coatings in the Electronics Industry for Manufacturing and Finishing Processes

Compact & Lightweight; Irradiance ≤1,200 mW/cm²; Wavelength 365, 385, 395, 405 nm; 4 Interchangeable Lenses; Passive Cooling The UFIBER™ series comprises precise and high-intensity UV LED spot-curing systems suitable for high-precision curing & bonding applications in a compact and versatile unit. In these intuitive systems, UWAVE combines the high performance and benefits of UV LED technology to deliver optimized & consistent light on a precise location. With irradiance levels reaching 1,200 mW/cm², UFIBER™ systems are perfect for in-lab tests and UV curing processes. For longer lifetime and more stable optical performances, a heat-sink body can be added onto the UFIBER™ body to improve thermal management. Four different lenses (window, large, medium & focus) can be mounted for different optical performances regarding power, spot size, etc. Theses lenses and LED heads can be used in any combination. Available wavelengths include 365 nm, 385 nm, 395 nm and 405 nm. Any other wavelength (UV-C, UV-B, Visible and IR) is available upon request, please contact AMS Technologies for further details. These combined features make UFIBER™ systems the perfect UV spotlight for quick and precise curing of adhesives, coatings and encapsulants. For powering and controlling the UFIBER™ systems, UWAVE provides different types of controllers for different requirements. The screen version of the UPOWER™ UV LED power supply & control unit can control up to six UFIBER™ heads simultaneously or independently. With its intuitive screen interface, it allows to choose mode, time and power parameters – including semi-automatic operation using a footswitch as well as fully automatic operation allowing smart communication with a PLC. The UFIBER™ LED has a much higher output power stability than other technologies and does not emit infrared radiation, thus heat-sensitive materials can be processed. UV LEDs are eco-friendly as they do not create ozone, do not contain mercury and only need a few watts to operate. Key Features: Powerful, Flexible & Compact Optical System With 4 Different Interchangeable Lenses: Window, Large, Medium & Focus Ideal for Low and High Production Volumes Thanks to an Easy Mechanical Integration Low Energy Consumption for High-quality Results Max. Irradiance: Up to 1,200 mW/cm² Wavelength: 365, 385, 395 or 405 nm Power Supply: Direct LED Control, 3 W Maximum Power Consumption Cooling System: Passive Air Cooling Body Material: Aluminium Alloy Dimensions: Diameter 12 mm; Length 60 mm (Window/Large/Medium Optics), 63 mm (Focus Optics), 92/95 mm Including Connector Weight: 15 g Applications: Manual and Automated High-precision UV Curing Processes; Curing of Optical Adhesives, Glues, Resins, Varnishes, etc.

No. of Connectors 24-36; Resolution 0.1 °C; Accuracy ±2 °C; Max. Temperature +155 °C; Stability ±2 °C; Horizontal Curing 0°, +15°, -15°; Step-Cure Capability Connected Fibers’ patented 1Cure is the industry’s first intelligent expoxy curing oven for both horizontal and vertical curing applications. The 1Cure oven features both soak and ramp temperature profile curing capability, a 4” full-color LCD touchscreen as well as network connectivity with remote programmability and access The system stores up to 999 programs. The temperature of the actual connector fixture is monitored and controlled rather than the traditional method of monitoring the hot plate. This eliminates the temperature error created by the thermal offset between these two surfaces in a typical curing oven. 1Cure is also available with an optional advanced cooling system for reducing cycle times between ramp (step) cure profiles. The ramp cure technology eliminates fiber cracking especially on larger core fibers by utilizing ramp and soak cycles. This significant advancement is useful for large-core and multi-fiber applications. It also allows to standardize on one epoxy for various applications by customizing time and temperature profiles. The oven features a horizontal curing base with a removable 24 position fixture for MT (MPO) and a convertible lid providing cable access to a block to accommodate up to 96 single fiber termini (72 for the 1Cure-200) to cure in a vertical position. The internal 15° tilt mechanism for the horizontal cure will allow for 0° or 15° curing angle to prevent fibers from retreating during bare, buffered or ribbon fiber applications. The 1Cure is designed by Connected Fibers to meet all industry performance and safety standards providing leading technology for the heat curing process of fiber optic termini. The oven is suited for all production environments and for all industry standard connectors and ferrules with use of heat-cure epoxies, including MT (MPO) connectors. Key Features: Step-Cure Capable Cooling System Between Cycles (Optional) MT or Single-Fiber Curing Flat to Angled Internal Tilt for Horizontal Curing Precision Temperature Control Integrated Thermocouple in Fixture for Ideal Calibration Networkable for Remote Monitoring and Programming of Oven Touchscreen Interface Up to 999 Programmable Cure Schedules for Various Fiber Types Ramp Curing to Eliminate Fiber Cracking Especially in Multi-fiber or Large-core Fibers Standardize on One Epoxy Temperature Range (Hot Plate Temperature): Ambient +5 °C to +155 °C Temperature Display Resolution: 4 Digit / 0.1 °C Temperature Uniformity: ±2 °C Temperature Accuracy: ±2 °C Horizontal Curing: 0°/+15°/-15° Vertical Curing Capacity: 3 Blocks Horizontal Curing Capacity: 24 MT Ferrule, 36 LC Applications: Cable Assembly Fabrication; Medical; Military; Specialized

No. of Connectors 48; Resolution 0.1°C; Accuracy ±2°C; Max. Temperature +155°C; Uniformity ±2°C; Number of Profiles >99, Number of Steps Per Profile 9; Number of Timers 4 The 1Cure-VI-X™ employs cutting-edge PID microprocessor technology paired with an intuitive, programmable interface. This innovative design ensures a fiber optic curing oven with remarkably stable and uniform temperatures across all heating blocks. With a temperature stability of +/- 0.2°C, the 1Cure-VIX grants precise control over your curing process. Its ramp/soak feature is particularly advantageous for step curing, catering to large core fiber applications and military curing profiles. Constructed with quality materials and insulation, this oven boasts longevity for both the appliance and its electrical components. Its superior craftsmanship and functionality guarantee a controlled process and a wise long-term investment in your curing operations.With the introduction of curing cassettes, you can now efficiently cure the latest VSFF duplex connectors available in the market. Furthermore, the oven is C.E. Certified for sale within the European Union. Key Features: Vertical Curing Blocks for Multiple Applications Including LC, LC Duplex Uniboot, SC, FC, MU, ST, SMA and various Mil/Aero Termini. Curing Cassettes and Block Available for Non-Crimped Termini and the latest High Density Duplex Connectors Patented In-Fixture temperature monitoring for precision temperature control Up to 48 connector capacity for simplex connectors. Temp Range: Ambient +5 to 155°C Temp Uniformity: +/- 2°C Temp Accuracy: +/- 2°C Temp Display Resolution: 0.1°C Number of Profiles: >99 Number of Steps Per Profile: >9 Number of Timers: 4 Electrical Power: 100-120V or 220-240V (150W) Dimensions: 12" x 8" x 4.5" Weight: 9.5lbs (4.3Kgs) Applications: Large Core Fiber Applications; Military

Adhesive Curing KIT; 365 nm; 1400 mW/cm2; 4 W; handheld; in transport case with accessoriesKit including :- 1x UTARGET-365-AUTO UV LED 365nm with a 10mm standard optical system- 1x UGLASS-02UV safety googles for high power (Tint sapphire, 100% absorption before 525 nm, Anti-scratch coating, Norm : EN166 + EN169 + EN 172)- power supply adapter- desk holder

No. of Connectors 24-60; Resolution 0.25 °C; Accuracy ±2, ±2.5 °C; Max. Temperature +150 °C; Stability ±0.75 °C; Heating Speed 12 °C/min; Dimensions 343x127x236 mm Nanometer Technologies’ Smart Oven models are smart epoxy fiber optic curing ovens. These ovens are specifically designed to work with MT style connectors, but also work great with many other styles of connectors. The front-load model’s horizontal positioned heating block will hold 24 MT style connectors and gives users the ability to cure custom style connectors with ease. A top load version of the Smart Oven cures up to 60 connectors at a time (standard 32 connectors) at super-stable temperatures. The 4.3-inch touch screen PID process controller enables repeatable performance with accurate temperature control, the ability to store up to 30 recipes (temperature profiles and epoxy types) and ramp/soak function for Mil spec. applications. With the built-in alarm system, you'll avoid over-curing your connectors. Key Features: Resolution: 0.25 °C Accuracy: ±2.5 °C @ 150 °C, ±2 °C @ 25 to 120 °C (Thermocouple Accuracy) Maximum Temperature: +150 °C Stability (Lid Closed): ±0.75 °C Heating Speed: 12 °C/min Cooling Speed: 1.5 °C/min Settling Time: 3 min Capacity: 24 to 60 Connectors (Variable Depends on Heater Block) Dimensions: 343 x 127 x 236 mm Weight: 2.3 kg Ramp/Soak Specs: 10 Steps per Profile, Program Time & Temperatures, Save up to 25 Profiles, Save Names per Profile, Linear Ramping to Temperature, Overshoot ±5%,. +160 °C Thermal Shutdown Protection No. of Pre-set Oven Profiles: 13 Applications: Curing of Epoxy Adhesives for Fiber Optic Connectors

Homogeneous & Linear; Irradiance ≤500 mW/cm²; Wavelength 365, 385, 395, 405 nm; Power Supply 48 VDC, 160 W; Active Air Cooling With Fans The UBAR™ series of homogeneous & linear UV LED flood curing lamps has been designed by UWAVE for repeatable and large-area irradiation processes. Its homogeneity enables curing of larger areas and makes this series of UV LED flood curing systems suitable for a wide range of applications such as curing, bonding or photoaging. Thanks to its optical design, several UBAR™ systems can be added and arranged in series without shadowed areas to adjust lighting length to mechanical & optical specifications. Thus, optical length is adjusted in 200 mm unit increments to obtain long UV lines and to fit process needs. Available wavelengths include 365 nm, 385 nm, 395 nm, 405 nm and 465 nm. Any other wavelength (UV-C, UV-B, Visible and IR) is available upon request, please contact AMS Technologies for further details. For powering and controlling the UCUBE™ systems, UWAVE provides different types of UPOWER™ UV LED power supply & control units for different requirements. For better integration into automates manufacturing processes, a control module allows communication with the UBAR™ UV LED systems to prevent LED issues. In case of LED fault, the UBAR™ system will send out an error signal. It is also possible to control UBAR™ systems directly from the PLC (Programmable Logic Control) to facilitate integration into production lines. Many options are available such as temperature monitoring or the control of UV irradiance and time of exposure. In industrial environments, noise reduction is a growing issue. UWAVE developed the SMART BLADE™ technology to control fan speed in real time based on data provided by the UV LED source and thus minimize the noise. By optimizing its own temperature control, UBAR™ sources are guaranteed to be both stable and durable. The UBAR™ LED has a much higher output power stability than other technologies and does not emit infrared radiation, thus heat-sensitive materials can be processed. UV LEDs are eco-friendly as they do not create ozone, do not contain mercury and only need a few watts to operate. Key Features: 200 mm x 50 mm UV-emitting Window Can be Placed in a Row While Keeping Homogeneity Across the Whole Area Perfect Fit for Automated and Semi-automated Processes Easily Controllable With a PLC to Facilitate Integration into Production Lines Max. Irradiance: Up to 500 mW/cm² Wavelength: 365, 385, 395 or 405 nm Power Supply: 48 VDC, 160 W Cooling System: Active Air Cooling With Fans Body Material: Aluminium Alloy Dimensions: 210 mm x 208 mm x 72 mm Weight: 2.0 kg Applications: Highly Automated UV Curing Processes; Curing of Optical Adhesives, Glues, Resins, Varnishes, etc.; UV Curing of Glues in the Cosmetics Industry for Assembling on Perfume Bottles; Assembling and Curing Processes in the High-tech Industry; UV Curing of Resins and Coatings in the Electronics Industry for Manufacturing and Finishing Processes

Homogeneous & Powerful; Irradiance ≤250/≤1000 mW/cm²; Wavelength 275-465 nm; Power Supply 48 VDC, 400 W; Active Air Cooling With Fans, Water Cooling Optional The UCUBE™ series of homogeneous & powerful UV LED flood curing lamps has been designed by UWAVE for repeatable and large irradiation area processes. Its great homogeneity associated to a consistent illumination makes this series of UV LED flood curing systems suitable for a wide range of applications such as curing, bonding, photolithography or photoaging. Available wavelengths include 275 nm, 305 nm, 365 nm, 385 nm, 395 nm, 405 nm and 465 nm. Beyond the UV-A wavelength range, UWAVE has developed a UV-C version of the UCUBE™ to meet actual concerns on contamination and spread of virus and bacteria. Equipped with the best 275 nm LED in the market, this UCUBE™ model allows a quick & efficient disinfection process of objects and surfaces for larger areas. Any other wavelength (UV-C, UV-B, Visible and IR) is available upon request, please contact AMS Technologies for further details. Depending on total number of UV LEDs, two different power versions of UCUBE™ are available to be suitable for all curing processes that require UV energy: 25 LEDs for a maximum irradiance level of 250 mW/cm², or 100 LEDs for a maximum irradiance level of 1,000 mW/cm². The standard UCUBE™ system features dispersive UV illumination, but an optional collimated beam optics can be integrated to keep at least 75% of the global irradiance at 10cm working distance – allowing the user to benefit from a powerful and homogeneous UV flux at higher working distances by minimizing UV ray dispersion and loss. UCUBE™ systems can also be delivered as water-cooled variants thanks to a dedicated external chiller system. Water flow allows a better thermal management of the LED to get an optimal optical stability and a longer lifetime for the product. Please contact AMS Technologies for further details. For powering and controlling the UCUBE™ systems, UWAVE provides different types of UPOWER™ UV LED power supply & control units for different requirements. UWAVE has designed its products to fit OEM and system integrator requirements. Thus, it is possible to control UCUBE™ systems directly from the PLC (Programmable Logic Control) to facilitate integration into production lines. Many options are available such as temperature monitoring or the control of UV irradiance and time of exposure. In industrial environments, noise reduction is a growing issue. UWAVE developed the SMART BLADE™ technology to control fan speed in real time based on data provided by the UV LED source and thus minimize the noise. By optimizing its own temperature control, UCUBE™ sources are guaranteed to be both stable and durable. The UCUBE™ LED has a much higher output power stability than other technologies and does not emit infrared radiation, thus heat-sensitive materials can be processed. UV LEDs are eco-friendly as they do not create ozone, do not contain mercury and only need a few watts to operate. Key Features: 100 mm x 100 mm UV-emitting Window Two Power Versions: 25 LEDs (250 mW/cm²) or 100 LEDs (1,000 mW/cm²)to Meet Various Application Requirements Dispersive or Collimated Beam Homogeneity up to 90% Easy to integrate on the UV CHAMBER™ for Safe and Repeatable Processes Max. Irradiance: Up to 250/1,000 mW/cm² Wavelength: 275, 305, 365, 385, 395, 405 or 465 nm Power Supply: 48 VDC, 400 W Cooling System: Active Air Cooling With Fans, Water Cooling Option Available Body Material: Aluminium Alloy Dimensions: 100 mm x 100 mm x 180 mm Weight: 2.0 kg Applications: High-power UV Curing Processes; Curing of Optical Adhesives, Glues, Resins, Varnishes, etc.; UV Curing of Glues in the Cosmetics Industry for Assembling on Perfume Bottles; Assembling and Curing Processes in the High-tech Industry; UV Curing of Resins and Coatings in the Electronics Industry for Manufacturing and Finishing Processes

Compact & Lightweight; Irradiance ≤1,200 mW/cm²; Wavelength 365, 385, 395, 405 nm; 4 Interchangeable Lenses; Passive Cooling The UFIBER™ series comprises precise and high-intensity UV LED spot-curing systems suitable for high-precision curing & bonding applications in a compact and versatile unit. In these intuitive systems, UWAVE combines the high performance and benefits of UV LED technology to deliver optimized & consistent light on a precise location. With irradiance levels reaching 1,200 mW/cm², UFIBER™ systems are perfect for in-lab tests and UV curing processes. For longer lifetime and more stable optical performances, a heat-sink body can be added onto the UFIBER™ body to improve thermal management. Four different lenses (window, large, medium & focus) can be mounted for different optical performances regarding power, spot size, etc. Theses lenses and LED heads can be used in any combination. Available wavelengths include 365 nm, 385 nm, 395 nm and 405 nm. Any other wavelength (UV-C, UV-B, Visible and IR) is available upon request, please contact AMS Technologies for further details. These combined features make UFIBER™ systems the perfect UV spotlight for quick and precise curing of adhesives, coatings and encapsulants. For powering and controlling the UFIBER™ systems, UWAVE provides different types of controllers for different requirements. The screen version of the UPOWER™ UV LED power supply & control unit can control up to six UFIBER™ heads simultaneously or independently. With its intuitive screen interface, it allows to choose mode, time and power parameters – including semi-automatic operation using a footswitch as well as fully automatic operation allowing smart communication with a PLC. The UFIBER™ LED has a much higher output power stability than other technologies and does not emit infrared radiation, thus heat-sensitive materials can be processed. UV LEDs are eco-friendly as they do not create ozone, do not contain mercury and only need a few watts to operate. Key Features: Powerful, Flexible & Compact Optical System With 4 Different Interchangeable Lenses: Window, Large, Medium & Focus Ideal for Low and High Production Volumes Thanks to an Easy Mechanical Integration Low Energy Consumption for High-quality Results Max. Irradiance: Up to 1,200 mW/cm² Wavelength: 365, 385, 395 or 405 nm Power Supply: Direct LED Control, 3 W Maximum Power Consumption Cooling System: Passive Air Cooling Body Material: Aluminium Alloy Dimensions: Diameter 12 mm; Length 60 mm (Window/Large/Medium Optics), 63 mm (Focus Optics), 92/95 mm Including Connector Weight: 15 g Applications: Manual and Automated High-precision UV Curing Processes; Curing of Optical Adhesives, Glues, Resins, Varnishes, etc.

No. of Connectors 24-36; Resolution 0.1 °C; Accuracy ±2 °C; Max. Temperature +155 °C; Stability ±2 °C; Horizontal Curing 0°, +15°, -15°; Step-Cure Capability Connected Fibers’ patented 1Cure is the industry’s first intelligent expoxy curing oven for both horizontal and vertical curing applications. The 1Cure oven features both soak and ramp temperature profile curing capability, a 4” full-color LCD touchscreen as well as network connectivity with remote programmability and access The system stores up to 999 programs. The temperature of the actual connector fixture is monitored and controlled rather than the traditional method of monitoring the hot plate. This eliminates the temperature error created by the thermal offset between these two surfaces in a typical curing oven. 1Cure is also available with an optional advanced cooling system for reducing cycle times between ramp (step) cure profiles. The ramp cure technology eliminates fiber cracking especially on larger core fibers by utilizing ramp and soak cycles. This significant advancement is useful for large-core and multi-fiber applications. It also allows to standardize on one epoxy for various applications by customizing time and temperature profiles. The oven features a horizontal curing base with a removable 24 position fixture for MT (MPO) and a convertible lid providing cable access to a block to accommodate up to 96 single fiber termini (72 for the 1Cure-200) to cure in a vertical position. The internal 15° tilt mechanism for the horizontal cure will allow for 0° or 15° curing angle to prevent fibers from retreating during bare, buffered or ribbon fiber applications. The 1Cure is designed by Connected Fibers to meet all industry performance and safety standards providing leading technology for the heat curing process of fiber optic termini. The oven is suited for all production environments and for all industry standard connectors and ferrules with use of heat-cure epoxies, including MT (MPO) connectors. Key Features: Step-Cure Capable Cooling System Between Cycles (Optional) MT or Single-Fiber Curing Flat to Angled Internal Tilt for Horizontal Curing Precision Temperature Control Integrated Thermocouple in Fixture for Ideal Calibration Networkable for Remote Monitoring and Programming of Oven Touchscreen Interface Up to 999 Programmable Cure Schedules for Various Fiber Types Ramp Curing to Eliminate Fiber Cracking Especially in Multi-fiber or Large-core Fibers Standardize on One Epoxy Temperature Range (Hot Plate Temperature): Ambient +5 °C to +155 °C Temperature Display Resolution: 4 Digit / 0.1 °C Temperature Uniformity: ±2 °C Temperature Accuracy: ±2 °C Horizontal Curing: 0°/+15°/-15° Vertical Curing Capacity: 3 Blocks Horizontal Curing Capacity: 24 MT Ferrule, 36 LC Applications: Cable Assembly Fabrication; Medical; Military; Specialized

No. of Connectors 48; Resolution 0.1°C; Accuracy ±2°C; Max. Temperature +155°C; Uniformity ±2°C; Number of Profiles >99, Number of Steps Per Profile 9; Number of Timers 4 The 1Cure-VI-X™ employs cutting-edge PID microprocessor technology paired with an intuitive, programmable interface. This innovative design ensures a fiber optic curing oven with remarkably stable and uniform temperatures across all heating blocks. With a temperature stability of +/- 0.2°C, the 1Cure-VIX grants precise control over your curing process. Its ramp/soak feature is particularly advantageous for step curing, catering to large core fiber applications and military curing profiles. Constructed with quality materials and insulation, this oven boasts longevity for both the appliance and its electrical components. Its superior craftsmanship and functionality guarantee a controlled process and a wise long-term investment in your curing operations.With the introduction of curing cassettes, you can now efficiently cure the latest VSFF duplex connectors available in the market. Furthermore, the oven is C.E. Certified for sale within the European Union. Key Features: Vertical Curing Blocks for Multiple Applications Including LC, LC Duplex Uniboot, SC, FC, MU, ST, SMA and various Mil/Aero Termini. Curing Cassettes and Block Available for Non-Crimped Termini and the latest High Density Duplex Connectors Patented In-Fixture temperature monitoring for precision temperature control Up to 48 connector capacity for simplex connectors. Temp Range: Ambient +5 to 155°C Temp Uniformity: +/- 2°C Temp Accuracy: +/- 2°C Temp Display Resolution: 0.1°C Number of Profiles: >99 Number of Steps Per Profile: >9 Number of Timers: 4 Electrical Power: 100-120V or 220-240V (150W) Dimensions: 12" x 8" x 4.5" Weight: 9.5lbs (4.3Kgs) Applications: Large Core Fiber Applications; Military