01
Up to 12 W
Compact OEM Laser Head
The TKLM-HT is a configurable compact OEM laser head with wavelength options from 405 to 1064 nm, integrated TEC temperature control and fiber-coupled or collimated free-space output options.
Compare integrated fiber-coupled diode laser systems from 405 to 976 nm and 12 W to 6000 W for industrial processing, pumping, laboratory research and OEM integration.
| Product Code | Wavelength | Power | Operation Mode | Fiber Core | NA |
|---|---|---|---|---|---|
| TKLM-HT | 405–1064 nm | Up to 12 W | Configuration Dependent | Custom / Free-Space | Custom |
| DS3-11444-K405EMSCN | 405 nm | 12–50 W | CW | 400 µm | 0.22 |
| DS3-41624-LD | 445 ± 20 nm | 200–250 W | CW / modulation | 105 µm | 0.22 |
| BDL-CW2000-E600 | 450 ± 10 nm | 2000 W | CW / modulation | 600 µm | Custom |
| MS-C30 | 808 ± 10 nm | 30 W | CW / modulation | 200 / 400 µm | 0.22 |
| MS-B50 | 915 ± 10 nm | 50 W | CW / modulation | 200 / 400 µm | 0.22 |
| BDL-CW3000 | 950 ± 50 nm | 3000 W | CW / modulation | 600 µm | 0.22 |
| BDL-CW6000 | 950 ± 50 nm | 6000 W | CW / modulation | 1000 µm | Custom |
| MS-A50 | 976 ± 10 nm | 50 W | CW / modulation | 200 / 400 µm | 0.22 |
| DS3-51522-LD · 50 W | 976 ± 10 nm | 50 W | CW / modulation | 105 / 200 µm | 0.22 |
| DS3-51522-LD · 100 W | 976 ± 10 nm | 100 W | CW / modulation | 200 µm | 0.22 |
| DS3-51522-LD · 200 W | 976 ± 10 nm | 200 W | CW / modulation | 200 µm | 0.22 |
| BDL-CW1000 | 976 nm | 1000 W | CW / modulation | 330 µm | Not specified |
| BDL-CW1500 | 976 nm | 1500 W | CW / modulation | 400 µm | 0.22 |
| BDL-CW2000 | 976 nm | 2000 W | CW / modulation | 600 µm | 0.22 |
Explore by platform
Compare compact OEM laser heads, integrated diode laser systems, pluggable fiber sources, benchtop platforms and high-power industrial diode laser systems for scientific and industrial applications.
The TKLM-HT is a configurable compact OEM laser head with wavelength options from 405 to 1064 nm, integrated TEC temperature control and fiber-coupled or collimated free-space output options.
The 405 nm diode laser subsystem family offers 12 W, 20 W, 30 W and 50 W options. For detachable fiber delivery, compare the 808 nm 30 W, 915 nm 50 W and 976 nm 50 W pluggable systems .
Choose 50 W , 100 W or 200 W DS3 platforms for integrated control, air cooling and fiber-delivered 976 nm optical output.
High-power systems include the 445 nm 250 W blue diode laser , 450 nm 2000 W blue platform, 976 nm systems from 1000 to 2000 W, and infrared diode laser systems up to 6000 W for demanding industrial applications.
Start with the optical requirements, then confirm that fiber delivery, control method and thermal design match your equipment and operating environment.
Frequently Asked Questions
A diode laser system integrates the semiconductor laser source with supporting electronics, control interfaces and thermal management. Depending on the model, the system may also include fiber delivery, touchscreen control, air cooling and external communication interfaces.
ePhotonics diode laser systems currently cover wavelengths from 405 nm to 976 nm. Available platforms include visible 405 nm systems, high-power blue systems around 445–450 nm, 808 nm and 915 nm sources, and several high-power infrared systems operating around 950–976 nm.
The current diode laser system range extends from 12 W to 6000 W. Compact systems are available in the tens-of-watts range, while benchtop and industrial platforms cover hundreds of watts through multi-kilowatt optical output powers.
Start with the required wavelength and optical power, then consider fiber core diameter, numerical aperture, connector type, operating mode, modulation requirements, cooling method, electrical supply and control interface. For OEM integration, mechanical dimensions and operating environment should also be confirmed.
Yes. The systems listed in this product range use fiber delivery for the laser output. Fiber specifications vary by system, with available core diameters ranging from approximately 105 µm to 1000 µm. Numerical aperture and connector type also depend on the selected model.
No. In a fiber-coupled diode laser system, semiconductor laser diodes generate the optical power and the fiber delivers that light to the application. In a fiber laser, the optical gain and laser generation take place within a doped optical fiber.
Many of the systems support both continuous-wave (CW) and modulated operation. Modulation capability and maximum modulation frequency depend on the individual model. For example, selected 976 nm DS3 benchtop systems support CW or modulated operation up to 20 kHz.
Several 976 nm platforms are available. Compact and benchtop options include 50 W, 100 W and 200 W systems, while high-power industrial platforms are available at 1000 W, 1500 W and 2000 W. Fiber size, cooling arrangements and control options vary depending on the system.
The current blue diode laser range includes a 445 nm system delivering approximately 200–250 W through a 105 µm fiber and a 450 nm system providing up to 2000 W through a 600 µm fiber. These platforms are intended for applications requiring high optical power at blue wavelengths.
Fiber core size depends on the selected system and optical power. Current configurations include approximately 105 µm, 200 µm, 330 µm, 400 µm, 600 µm and 1000 µm fiber cores. Some systems offer more than one fiber configuration.
Connector type varies by platform. Compact and pluggable diode laser systems may use SMA905 fiber connections, while higher-power systems can use connectors designed for substantially higher optical powers, such as QBH. Check the specifications of the selected system before integrating it with existing optical equipment.
Cooling requirements depend on optical power and system architecture. Some compact and benchtop systems use integrated air cooling, while higher-power industrial platforms may require additional cooling infrastructure. Cooling requirements should therefore be confirmed for the selected model before installation.
Several systems provide external control interfaces such as RS232 and I/O connections for integration with laboratory equipment, production machinery or OEM systems. Available communication interfaces and commands vary by product.
Confirm the required wavelength, optical output power, wavelength tolerance, fiber core diameter, numerical aperture, fiber connector, operating mode, modulation requirements, cooling method, electrical supply and control interface. If your application has specific mechanical or integration requirements, include those details when requesting a quotation.