Mounted LED. Fiber-Coupled LED. LED Sources and Drivers

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Jeremy McDonald
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Collimated LED Mounted LED LED Illumination Fiber-Coupled LED Touchscreen Driver LED Sources and Drivers Thorlabs offers a wide range of unmounted, mounted, and collimated LED sources that provide

These semiconductor light sources are available in many output powers and configurations, making them useful in applications including illumination, microscopy, optogenetics, spectroscopy, and

1 Collimated LED Mounted LED LED Illumination Fiber-Coupled LED Touchscreen Driver LED Sources and Drivers Thorlabs offers a wide range of unmounted, mounted, and collimated LED sources that provide emission within the 245 nm to 46 nm spectral range. These semiconductor light sources are available in many output powers and configurations, making them useful in applications including illumination, microscopy, optogenetics, spectroscopy, and industrial curing. LED Array Lamp A selection of benchtop current controllers is available to drive our mounted and unmounted LEDs. These drivers feature internal or external modulation (via TTL input) of the LED source's pulse width and frequency. Thorlabs' 4-Channel Drivers allow for the control of multiple LEDs or our 4-Channel LED Source. Our LED sources can be easily integrated into any experimental setup. Mounted and Collimated LEDs are threaded for compatibility with lens tubes. Adapters for microscope illumination ports and liquid light guides enable these LEDs to be used with most microscope systems.

High-Power LED Sources Thorlabs' High-Power LED Sources are available in multiple packages for easy integration into any experimental setup.

Single-color LEDs emit light at nominal wavelengths from 265 nm to 165 nm, while white light LEDs provide broadband emission over the visible spectrum.

Features u High-Power Narrowband or Broadband Output u Output can be Modulated (When Used with a Thorlabs LED Driver) u Integrated EEPROM for

35"-4) Threading u Passive Heat Sink Ensures Stable Output Power u Collimation Adapters Available Collimated LEDs u Integrated Aspheric Collimation Optic

2 High-Power LED Sources Thorlabs' High-Power LED Sources are available in multiple packages for easy integration into any experimental setup. Select from a wide variety of wavelength output options. Single-color LEDs emit light at nominal wavelengths from 265 nm to 165 nm, while white light LEDs provide broadband emission over the visible spectrum. Dual-color and broadband LEDs allow for additional customization. Features u High-Power Narrowband or Broadband Output u Output can be Modulated (When Used with a Thorlabs LED Driver) u Integrated EEPROM for Identification and Automatic Driver Configuration (Except Metal-Core PCB LEDs) Solis High-Power LEDs u Designed for Microscopy Applications u Collimated Output Power from 3.1 W to 7.1 W u Compatible with Port Adapters for Olympus, Nikon, Leica, Zeiss, and Thorlabs' Cerna Microscopes SOLIS High-Power LED Mounted LEDs u Internal SM1 (1.35"-4) Threading u Passive Heat Sink Ensures Stable Output Power u Collimation Adapters Available Collimated LEDs u Integrated Aspheric Collimation Optic with Low f/# u Compatible Microscope Epi-Illumination Ports Olympus BX/IX (-C1) Leica DMI (-C2) Nikon Eclipse (-C5) Zeiss Axioskop/Examiner (-C4) Mounted LEDs Collimated LEDs LEDs on Metal-Core PCB u Provides Excellent Heat Management When Used with Appropriate Heat Sink Fiber-Coupled LEDs u Connect to Multimode Fiber Optic Patch Cables with SMA95 Connectors u Designed for OEM and u High-Efficiency Coupling and Custom Applications LED on Metal-Core PCB Passive Heat Sink Fiber-Coupled LED

to Microscope Ports The Solis TM LEDs deliver several watts of total output power from a lightweight, vibration-free package.

3 Solis LEDs for Microscopy Features u High Collimated Output Powers from 3.1 W to 7.1 W u Ten Wavelength Options (See Below) Cerna Microscope with Solis TM LED for Epi-Illumination u Fanless Design Efficiently Dissipates Heat without Introducing Vibrations u Can be Mounted Directly to Microscope Ports The Solis TM LEDs deliver several watts of total output power from a lightweight, vibration-free package. They provide high-power illumination that can be coupled directly to the epi-illumination path of a microscope. Light from the LED is collimated through a large Ø48.3 mm aperture that can be attached via an adapter to the epi-illumination paths of many industrystandard microscopes from Olympus, Nikon, Leica, and Zeiss, as well as the epi-illuminators with turrets that are available on many of Thorlabs' Cerna Microscopes Narrowband Solis LED Typical Spectra SOLIS-365C SOLIS-385C SOLIS-45C SOLIS-445C SOLIS-525C SOLIS-623C SOLIS-85C Key Broadband Solis LED Typical Spectra 4 35 SOLIS-1C SOLIS-2C 3 SOLIS-3C Color Nominal Wavelength / CCT a Power (Typical) b Current (Max) SOLIS-365C UV 365 nm 4. W 4.5 A SOLIS-385C UV 385 nm 5.1 W 4.5 A SOLIS-45C UV 45 nm 5. W 4.5 A SOLIS-445C Royal Blue 445 nm 7.1 W 9. A SOLIS-525C Green 525 nm 3.1 W 9. A SOLIS-623C Red 623 nm 4.8 W 9. A SOLIS-85C IR 85 nm 3.6 W 1. A SOLIS-1C Cold White 65 K 4.2 W 9. A SOLIS-2C Warm White 3 K 4. W 1.5 A SOLIS-3C Day Light White 57 K 4.6 W 1. A a. White LEDs are Specified Using a Correlated Color Temperature (CCT) b. Collimated Output Power

4 Typical Mounted LED Spectra Ultraviolet and Visible Single-Color LEDs Single-Color LEDs have a single dominant wavelength. The spectra below are scaled to the relative output power of each LED for easy comparison. For complete specifications for our high-power LEDs, please see the tables in the following section M265L3 M285L4 M3L4 M34L4 Deep UV Mounted LEDs M49L4 M55L3 M53L3 Visible Mounted LEDs M565L3 M59L3 M595L3 M68L4 M7L4 M73L UV Mounted LEDs M365L2 M365LP1 M375L3 M385L2 M385LP1 M395L4 M45L3 M45LP Visible Mounted LEDs M42L3 M45LP1 M455L3 M47L3 M617L3 M625L3 M66L Ultraviolet Visible 25 nm Sterilization 3 nm 35 nm 4 nm UV Curing 45 nm 5 nm Fluorescence Microscopy

5 White-Light, Dual-Peak, Broadband, and Infrared LEDs White-Light LEDs partially convert blue light into a broader spectrum via a phosphor coating and are specified using a correlated color temperature. Dual-Peak and Infrared LEDs are specified by one or more dominant wavelengths. The spectrum below are scaled to the relative output power of each LED for easy comparison. For complete specifications for our high-power LEDs, please see the tables on the next two pages White-Light and Dual-Peak Mounted LEDs MWWHL4 MWWHLP1 MNWHL4 MCWHL5 MCWHLP1 MPRP1L Near-IR Mounted LEDs M78L3 M78LP1 M81L3 M85L3 M85LP1 M88L3 M94L3 M97L Broadband LED MBB1L IR Mounted LEDs M15L2 M12L3 M13L3 M145L3 M155L3 M165L Visible Infrared 55 nm 6 nm 65 nm 7 nm 9 nm 11 nm 13 nm 15 nm Traffic Lights and Signs Plant Biology Electronics and Machine Vision Data Transmission

6 mw 7 ma 365 nm UV M365L2 36 mw 7 ma M365F1 4.1 mw 7 ma M365LP1 14 mw 14 ma M365FP1 15.5 mw 14 ma 375 nm M375L3 47 mw 7 ma M375F2 4.23 mw 5 ma 385 nm M385L2 43 mw 7 ma M385F1 1.

6 LED Specs Mounted LEDs Fiber-Coupled LEDs Nominal Wavelength Color Power (Typ.) Current (Max) Power (Typ.) Current (Max) 265 nm M265L3 12 mw 35 ma 285 nm M285L4 55 mw 5 ma M285F3 368 µw 5 ma Deep UV 3 nm M3L4 47 mw 35 ma M3F2 37 μw 35 ma 34 nm M34L4 6 mw 7 ma M34F3 1.6 mw 7 ma 365 nm UV M365L2 36 mw 7 ma M365F1 4.1 mw 7 ma M365LP1 14 mw 14 ma M365FP mw 14 ma 375 nm M375L3 47 mw 7 ma M375F mw 5 ma 385 nm M385L2 43 mw 7 ma M385F1 1.7 mw 7 ma M385LP1 183 mw 14 ma M385FP mw 14 ma 395 nm M395L4 535 mw 5 ma M395F3 6.8 mw 5 ma 45 nm M45L3 98 mw 1 ma M45F1 3.7 mw 5 ma M45LP1 17 mw 14 ma M45FP mw 14 ma 42 nm M42L3 82 mw 1 ma M42F mw 1 ma Violet 43 nm M43L4 6 mw 5 ma 45 nm M45LP1 21 mw 2 ma Royal Blue 455 nm M455L3 12 mw 1 ma M455F1 11. mw 1 ma 47 nm M47L3 71 mw 1 ma M47F mw 1 ma Blue 49 nm M49L4 3 mw 35 ma M49F3 3.1 mw 35 ma 55 nm Cyan M55L3 44 mw 1 ma M55F1 8. mw 1 ma 53 nm Green M53L3 37 mw 1 ma M53F2 9.6 mw 1 ma 565 nm Lime M565L3 979 mw 1 ma M565F mw 7 ma 59 nm M59L3 17 mw 1 ma M59F mw 1 ma Amber 595 nm M595L3 52 mw 7 ma M595F mw 1 ma 617 nm Orange M617L3 65 mw 1 ma M617F mw 1 ma 625 nm Red M625L3 77 mw 1 ma M625F mw 1 ma 66 nm M66L4 15 mw 12 ma M66F mw 1 ma 68 nm Deep Red M68L4 21 mw 6 ma M68F3 2.7 mw 6 ma 7 nm M7L4 125 mw 5 ma M7F3 1.7 mw 5 ma 73 nm Far Red M73L4 595 mw 1 ma M74F2 6. mw 8 ma 78 nm M78L3 3 mw M78F2 7.5 mw 8 ma 8 ma M78LP1 95 mw 81 nm M81L3 375 mw 5 ma M81F2 6.5 mw 5 ma 85 nm M85L3 11 mw 1 ma M85F mw 1 ma M85LP1 16 mw 15 ma 88 nm M88L3 35 mw M88F2 3.4 mw 1 ma 1 ma 94 nm M94L3 1 mw M94F1 6.5 mw 1 ma IR 97 nm M97L4 72 mw 1 ma M97F3 8.1 mw 1 ma 15 nm M15L2 7 mw M15F1 1.4 mw 7 ma 7 ma 12 nm M12L3 35 mw 13 nm M13L3 3 mw 5 ma 145 nm M145L3 36 mw 7 ma 155 nm M155L3 36 mw 165 nm M165L4 16 mw 6 ma 455 / 64 nm Purple (Dual Peak) MPRP1L4 325 mw 3 ma nm Broadband MBB1L3 8 mw 5 ma MBB1F1 1.2 mw 5 ma 3 K Warm White MWWHL4 64 mw 1 ma MWWHF mw 1 ma MWWHLP1 23 mw 7 ma 49 K Neutral White MNWHL4 88 mw 1225 ma 65 K Cold White MCWHL5 84 mw 1 ma MCWHF2 27. mw 1 ma MCWHLP1 27 mw 7 ma

Nominal Collimated LEDs LEDs on Metal-Core PCB Wavelength Color a Power (Typ.) b Current (Max) Power (Typ.

mw 14 ma 375 nm M375D2 47 mw 7 ma 385 nm M385L2-Cx 43 mw 7 ma M385D1 43 mw 7 ma M385LP1-Cx 183 mw 14 ma M385D2 183 mw 14 ma 395 nm M395D3 535 mw 5 ma 45 nm M45L3-Cx 98 mw 1 ma M45D2 17 mw 14 ma

Blue 49 nm M49D3 3 mw 35 ma 55 nm Cyan M55L3-Cx 44 mw 1 ma M55D2 44 mw 1 ma 53 nm Green M53L3-Cx 37 mw 1 ma M53D2 37 mw 1 ma 565 nm Lime M565D2 979 mw 1 ma 59 nm M59L3-Cx 17 mw 1 ma M59D2 17 mw 1 ma

21 mw 6 ma 7 nm M7D2 125 mw 5 ma 73 nm Far Red M73L4-Cx 595 mw 1 ma M73D2 595 mw 1 ma 78 nm M78L3-Cx 3 mw 8 ma M78D2 3 mw 8 ma M78D3 95 mw 8 ma 81 nm M81L3-Cx 375 mw 5 ma M81D2 375 mw 5 ma 85 nm

7 Nominal Collimated LEDs LEDs on Metal-Core PCB Wavelength Color a Power (Typ.) b Current (Max) Power (Typ.) Current (Max) 265 nm M265D2 12 mw 35 ma 28 nm M285D2 55 mw 5 ma Deep UV 3 nm M3D3 47 mw 35 ma 34 nm M34D3 6 mw 7 ma 365 nm UV M365L2-Cx 36 mw 7 ma M365D1 36 mw 7 ma M365LP1-Cx 14 mw 14 ma M365D2 14 mw 14 ma 375 nm M375D2 47 mw 7 ma 385 nm M385L2-Cx 43 mw 7 ma M385D1 43 mw 7 ma M385LP1-Cx 183 mw 14 ma M385D2 183 mw 14 ma 395 nm M395D3 535 mw 5 ma 45 nm M45L3-Cx 98 mw 1 ma M45D2 17 mw 14 ma M45LP1-Cx 17 mw 14 ma 42 nm M42D2 82 mw 1 ma Violet 43 nm M43D2 6 mw 5 ma 45 nm M45D3 21 mw 2 ma Royal Blue 455 nm M455L3-Cx 12 mw 1 ma M455D2 12 mw 1 ma 47 nm M47L3-Cx 71 mw 1 ma M47D2 71 mw 1 ma Blue 49 nm M49D3 3 mw 35 ma 55 nm Cyan M55L3-Cx 44 mw 1 ma M55D2 44 mw 1 ma 53 nm Green M53L3-Cx 37 mw 1 ma M53D2 37 mw 1 ma 565 nm Lime M565D2 979 mw 1 ma 59 nm M59L3-Cx 17 mw 1 ma M59D2 17 mw 1 ma Amber 595 nm M595D2 52 mw 7 ma 617 nm Orange M617L3-Cx 65 mw 1 ma M617D2 65 mw 1 ma 625 nm Red M625L3-Cx 77 mw 1 ma M625D2 77 mw 1 ma 66 nm M66L4-Cx 15 mw 12 ma M66D2 15 mw 12 ma 68 nm Deep Red M68D2 21 mw 6 ma 7 nm M7D2 125 mw 5 ma 73 nm Far Red M73L4-Cx 595 mw 1 ma M73D2 595 mw 1 ma 78 nm M78L3-Cx 3 mw 8 ma M78D2 3 mw 8 ma M78D3 95 mw 8 ma 81 nm M81L3-Cx 375 mw 5 ma M81D2 375 mw 5 ma 85 nm M85L3-Cx 11 mw 1 ma M85D2 11 mw 1 ma M85D3 16 mw 15 ma 88 nm M88D2 35 mw 1 ma 94 nm M94L3-Cx 1 mw 1 ma M94D2 1 mw 1 ma IR 97 nm M97D2 5 mw 6 ma 15 nm M15D1 7 mw 7 ma 12 nm M12D2 35 mw 7 ma 13 nm M13D2 3 mw 5 ma 145 nm M145D2 36 mw 7 ma 155 nm M155D2 36 mw 7 ma 165 nm M165D2 16 mw 6 ma 455 / 64 nm Purple (Dual Peak) MPRP1D2 325 mw 3 ma nm Broadband MBB1D1 8 mw 5 ma 3 K Warm White MWWHD3 23 mw 7 ma 49 K Neutral White MNWHD2 88 mw 1225 ma 65 K Cold White MCWHL5-C 84 mw 1 ma MCWHD2 84 mw 1 ma MCWHD3 27 mw 7 ma a. Suffix -Cx is -C1 for Olympus, -C2 for Leica, -C4 for Zeiss, or -C5 for Nikon Microscopes b. Typical Power without Collimation Optics

LED Sources 4-Wavelength LED Sources 4-Wavelength LED Sources are user-configurable light sources that efficiently combine the output of four LEDs into

Key features include: u 14 Available LEDs u Fast Switching and Intensity Adjustments via LED Current Settings 4-Channel LED u Optional Adapters for

mw per LED 35 to 12 ma LED Array Lamps LIU47A Blue LED Array, 253 mw LED Array Lamps are intended for general illumination applications and include the

System LIUCWHA Cold White LED Array, 25 mw Color Wavelength / CCT a Output Power LIU365A UV 365 nm 31 mw LIU47A Blue 47 nm 253 mw LIU525B Green 525 nm

White LED is Specified Using a Correlated Color Temperature (CCT) LIU525B with AD38 Ø2" Mounting Adapter Unmounted LEDs LED45E T-1 3/4 Package LEDS45

8 LED Sources 4-Wavelength LED Sources 4-Wavelength LED Sources are user-configurable light sources that efficiently combine the output of four LEDs into a single collimated beam and are ideal for multi-wavelength applications. Key features include: u 14 Available LEDs u Fast Switching and Intensity Adjustments via LED Current Settings 4-Channel LED u Optional Adapters for Microscope Illumination Ports Configuration Options Colors Nominal Wavelengths LED Powers Current (Max) LED4Dxxx UV to Deep Red 365 nm to 66 nm Up to 31 mw per LED 35 to 12 ma LED Array Lamps LIU47A Blue LED Array, 253 mw LED Array Lamps are intended for general illumination applications and include the following key features: u LED Array Comprised of 2 High-Brightness LEDs u Compact and Energy Efficient u 8 Color Options u Compatible with 3 mm Cage System LIUCWHA Cold White LED Array, 25 mw Color Wavelength / CCT a Output Power LIU365A UV 365 nm 31 mw LIU47A Blue 47 nm 253 mw LIU525B Green 525 nm 111 mw LIU59A Orange 59 nm 19 mw LIU63A Red 63 nm 28 mw LIU78A IR 78 nm 315 mw LIU85A IR 85 nm 322 mw LIUCWHA Cold White 46 K - 9 K 25 mw a. White LED is Specified Using a Correlated Color Temperature (CCT) LIU525B with AD38 Ø2" Mounting Adapter Unmounted LEDs LED45E T-1 3/4 Package LEDS45 SMT Package Thorlabs' unmounted LEDs in TO can and SMT packages are ideal for OEM applications. Single-color and whitelight LEDs are available with wavelengths from 25 nm to 45 nm. For more information and specifications, visit our website at

T-Cube LED Driver LED Drivers This LED driver is designed to power Thorlabs mounted, fiber-coupled, collimated, and MCPCB-mounted LEDs with a continuously adjustable LED current limit

u Compact Footprint and Easy to Use u Pulse Width and Frequency Control via External Signal LEDD1B u Three Operation Modes Constant Current Amplitude Modulation TTL Modulation Current

Key features include: u Control LED Intensity with Dial u Automatically Detects and Sets Current Limit of Connected LED to Prevent Overdriving u Accepts External TTL Modulation Current

The maximum LED current and forward voltage are dependent on each other; the DC2 will automatically select the appropriate current/voltage combination for any connected Solis LED.

Key features include: u For Use with Solis, Mounted, Collimated, and Fiber-Coupled LEDs u Operating Modes for Constant Current and Brightness u External Trigger and DC22 Modulation

9 T-Cube LED Driver LED Drivers This LED driver is designed to power Thorlabs mounted, fiber-coupled, collimated, and MCPCB-mounted LEDs with a continuously adjustable LED current limit from 2 ma to 1.2 A. u Compact Footprint and Easy to Use u Pulse Width and Frequency Control via External Signal LEDD1B u Three Operation Modes Constant Current Amplitude Modulation TTL Modulation Current (Max) Forward Voltage (Typ.) LEDD1B 1.2 A 12 V Solis LED Driver DC2 This plug-and-play LED driver is designed to drive any of Thorlabs Solis LEDs. Key features include: u Control LED Intensity with Dial u Automatically Detects and Sets Current Limit of Connected LED to Prevent Overdriving u Accepts External TTL Modulation Current (Max) a Forward Voltage (Max) a DC2 1-1 A 5-14 V a. The maximum LED current and forward voltage are dependent on each other; the DC2 will automatically select the appropriate current/voltage combination for any connected Solis LED. Touchscreen LED Driver This LED driver can power many of Thorlabs LEDs with currents up to 1 A using the 12-pin and 4-pin LED connection terminals on its back panel. Key features include: u For Use with Solis, Mounted, Collimated, and Fiber-Coupled LEDs u Operating Modes for Constant Current and Brightness u External Trigger and DC22 Modulation Control u Internal Pulse Mode DC22 Current (Max) LED1 Terminal (12-Pin): 1. A LED2 Terminal (4-Pin): 2. A Forward Voltage (Max) 5 V 4-Channel LED Driver These Four-Channel LED Controllers are designed to drive up to four LEDs with a current up to 1 ma. Key features include: u Controls a 4-Wavelength LED4Dxxx Source u Precise Intensity Adjustments DC41 u Fast Switching Times u Optional 4-LED Hub ( DC41-HUB) Allows Four Individual LEDs to be Controlled Independent Modulation Inputs DC41 1 DC414 4 Current (Max) Forward Voltage (Max) 1 ma 5 V

Accessories Liquid Light Guides (LLG) and Adapters Liquid light guides provide outstanding transmission for white illumination.

Key features include: u Transmit Light from 34 nm to 8 nm u Externally Threaded SM1 Adapters for Integrating Mounted LEDs AD5LLG SM1 to Ø5 mm LLG Adapter LLG338-8 Ø3 mm Core,

4 m) LLG538-4 4' (1.2 m) LLG538-6 Ø5 mm 6' (1.8 m) LLG538-8 8' (2.

They consist of one or two of Thorlabs' mounted LEDs and a preconfigured optomechanical assembly that adapts the LED to the optical port on our WFA1 and WFA11

4 mm) N/A WFA151 MWWHL4 & M85L3 3 K & 85 nm DMSP85R N/A WFA151 Warm White and IR Illumination Kit a.

10 Accessories Liquid Light Guides (LLG) and Adapters Liquid light guides provide outstanding transmission for white illumination. Adapters compatible with our mounted LED and four-channel sources are available. Key features include: u Transmit Light from 34 nm to 8 nm u Externally Threaded SM1 Adapters for Integrating Mounted LEDs AD5LLG SM1 to Ø5 mm LLG Adapter LLG338-8 Ø3 mm Core, 8' Long LLG LED4B1 4-Wavelength Source to LLG Adapter u High.59 NA for Light Collection Core Size Length LLG ' (1.2 m) LLG338-6 Ø3 mm 6' (1.8 m) LLG ' (2.4 m) LLG ' (1.2 m) LLG538-6 Ø5 mm 6' (1.8 m) LLG ' (2.4 m) Illumination Kits for DIY Cerna Microscopes These Illumination Kits are designed for Thorlabs' DIY Cerna systems. They consist of one or two of Thorlabs' mounted LEDs and a preconfigured optomechanical assembly that adapts the LED to the optical port on our WFA1 and WFA11 Trans-Illumination Modules. Included LED(s) WFA11 MWWHL4 3 K Nominal Wavelength/ CCT a Output Beam Diameter Included Dichroic Mirror WFA12 M85L3 85 nm 1" (25.4 mm) N/A WFA151 MWWHL4 & M85L3 3 K & 85 nm DMSP85R N/A WFA151 Warm White and IR Illumination Kit a. White LED is Specified Using a Correlated Color Temperature (CCT) Adjustable Collimation Adapters These adjustable adapters allow a Ø2" (Ø5 mm) collimation optic to be integrated with a mounted LED. Key features include: u Adjustment of Lens Position via Rotating Ring with Locking Setscrew u Available With or Without AR-Coated Lens (See Table Below for Details) u Optional Adapters for Microscope Illumination Ports SM2F32-A For Ø2" (Ø5 mm) Lens Compatible Optic Lens Travel Range Included Lens AR Coating Range SM2F N/A N/A SM2F32-A Ø2" 2 mm (Ø5 mm) (.79") ACL5832U-A 35-7 nm SM2F32-B ACL5832U-B nm

Microscope Port Adapters These adapters provide compatibility between a

Key features include: u Compatible with Illumination Ports of Olympus,

Adapter u Easy-to-Use Mechanical Interface SM2A13 SM2A14 SM2A16 SM2A17

& Examiner Nikon Eclipse Thorlabs Cerna Solis TM LED with Olympus Port

collimation lens to a mounted LED within a housing that is compatible

with Select Leica, Nikon, Olympus, or Zeiss Microscopes Collimation

and SM1A2 Adapter (See Image to the Right) COP1-A COP1-B Compatible

Olympus BX & IX Adapter COP2-A Leica DMI Adapter COP2-A COP2-B Leica DMI

11 Microscope Port Adapters These adapters provide compatibility between a Solis LED and a microscope illumination port. Key features include: u Compatible with Illumination Ports of Olympus, Nikon, Leica, Zeiss, and Thorlabs' Cerna Microscopes SM2A13 Olympus Port Adapter u Easy-to-Use Mechanical Interface SM2A13 SM2A14 SM2A16 SM2A17 SM2A56 Compatible Microscope(s) Olympus BX & IX Leica DMI Zeiss Axioskop & Examiner Nikon Eclipse Thorlabs Cerna Solis TM LED with Olympus Port Adapter Collimation Adapters for Microscopes These adapters add a collimation lens to a mounted LED within a housing that is compatible with the illumination port on certain models of Olympus, Leica, Zeiss, and Nikon microscopes. Key features include: Mounted LED u Low f/# Aspheric Lenses u Compatible with Select Leica, Nikon, Olympus, or Zeiss Microscopes Collimation Adapter SM2T2 SM1A2 u Can Be Used with Mounted LEDs with SM2T2 Coupler and SM1A2 Adapter (See Image to the Right) COP1-A COP1-B Compatible Microscope Olympus BX & IX AR Coating Range 35-7 nm nm COP1-A Olympus BX & IX Adapter COP2-A Leica DMI Adapter COP2-A COP2-B Leica DMI 35-7 nm nm COP4-A COP4-B Zeiss Axioskop & Examiner 35-7 nm nm COP5-A COP5-B Nikon Eclipse 35-7 nm nm COP4-A Zeiss Axioskop & Examiner Adapter COP5-A Nikon Eclipse Adapter

12 Worldwide Support Thorlabs, Inc. Newton, New Jersey Phone: Fax: Thorlabs Ultrafast Optoelectronics Ann Arbor, Michigan Phone: Thorlabs SAS France Phone: +33 () Fax: +33 () sales.fr@thorlabs.com Thorlabs Ltd. Phone: +44 () Fax: +44 () sales.uk@thorlabs.com Thorlabs Imaging Systems Sterling, Virginia Phone: imagingsales@thorlabs.com Thorlabs Vytran Division Morganville, New Jersey Phone: sales@thorlabs.com Thorlabs GmbH / Thorlabs Lübeck Phone: +49 () Fax: + 49() europe@thorlabs.com Thorlabs Vytran Europe Phone: +44 () vytran.uk@thorlabs.com Thorlabs Quantum Electronics (TQE) Jessup, Maryland Phone: sales-tqe@thorlabs.com Thorlabs Canada Phone: Fax: sales@thorlabs.com Thorlabs Elliptec GmbH Phone: Fax: sales.uk@thorlabs.com Thorlabs China Ltd. Phone: +86 () Fax: +86 () chinasales@thorlabs.com Thorlabs Scientific Imaging (TSI) Austin, Texas Phone: sales.tsi@thorlabs.com Thorlabs Ltda, Brazil Phone: +55 (16) Fax: +55 (16) brasil@thorlabs.com Thorlabs Sweden AB Phone: Fax: scandinavia@thorlabs.com Thorlabs Japan Phone: Fax: sales@thorlabs.jp 56 Sparta Avenue Newton, New Jersey 786 Sales: Fax:

L E D S ON METAL-CORE PCBS

L E D S ON METAL-CORE PCBS L E D S ON METALCORE PCBS UV, Visible, and IR Models LED on MetalCore Printed Circuit Board Ideal OEM Applications M340D3 340 nm LED, Power Output 53 mw M1300D2 1300 nm LED, Power Output 25 mw M565D2 565