Topag offers a wide range of laser diode modules with different output power and wavelength combinations and many customization options. Our standard series show all features of industrial grade modules including high quality laser diodes, aspherical glass collimator and a compact design. For more demanding tasks, we offer modules with active temperature stabilization and compact computer-controlled modules.


Features
- High quality laser diodes
- Wide range of output power and wavelengths
- Excellent power & wavelength stability
- Low power consumption
- TTL modulation up to 1 MHz
Applications
- Targeting & alignment
- Automation & machine vision
- Analytical & bio-instrumentation
- Flow cytometry
- Particle analysis
- Metrology & instrumentation
TOPAG offers a wide range of laser diode modules with different output power wavelength combinations and many customization options.
Standard series laser modules
- LM series designed for OEM applications where longevity, economical price and small size are important requirements.
- LDL and LDH series show all features of industrial grade modules including high quality laser diodes, aspherical glass collimator, low power consumption, anodized aluminium housing and reverse polarity protection.
Peltier-cooled laser modules
- LDT laser modules for highest requirements in bioanalytics, spectroscopy, particle analysis and other measurement applications. These modules include active temperature stabilization (TEC) and power adjustment. Optionally, TTL modulation up to 1 MHz is available.
Computer-controlled laser modules
LDC modules are compact computer-controlled lasers with integrated laser head and control electronics. Output power, TEC temperature and variable modulation up to 1 MHz can be set via RS-232 / USB interface or manually using push buttons. The built-in LCD display shows laser operating parameters. These modules demonstrate excellent beam quality, power stability, temperature control and low noise for demanding applications.
Customization Options
- Custom electronic drivers with firmware and software
- Mechanical design
- Fiber-coupled versions (multimode, single mode and polarization-preserving)
- TTL modulation
- Other wavelengths
- Cable length
- Connector
- Supply voltage
- Working distance
- Projection Patterns (DOE), for more details please see our datasheet on Pattern Generators
Model | LM | LDL | LDH | LDT | LDC |
Type | low cost | standard | Peltier-cooled | computer-controlled | |
Output power1) | up to 3.5 mW | up to 5 mW | up to 400 mW | up to 400 mW | up to 150 mW |
Wavelength | 635 – 670 nm | 635 – 980 nm | 450 – 980 nm | 405 – 980 nm | 405 – 830 nm |
Power stability | < 1 % | < 0.5 % | |||
Noise (RMS) | < 0.5 % | < 1 % | < 0.5 % | ||
Pointing stability | 2 mrad - 50 µrad | < 50 µrad | < 25 µrad | < 10 µrad | < 10 µrad |
Dimensions (Ø x L, mm) | 8 x 36 or 9 x 19 or 9 x 25 |
10.5 x 26 | 12 x 51 or 15 x 72 |
25.4 x 76.2 | 40 x 42.5 x 100 |
Options | - | beam circularization | beam circularization TTL modulation fiber-coupling |
beam circularization TTL modulation up to 1 MHz fiber-coupling |
1) Depending on wavelength
- Specifications
- Documents
- Inquiry
Features
- High quality laser diodes
- Wide range of output power and wavelengths
- Excellent power & wavelength stability
- Low power consumption
- TTL modulation up to 1 MHz
Applications
- Targeting & alignment
- Automation & machine vision
- Analytical & bio-instrumentation
- Flow cytometry
- Particle analysis
- Metrology & instrumentation
TOPAG offers a wide range of laser diode modules with different output power wavelength combinations and many customization options.
Standard series laser modules
- LM series designed for OEM applications where longevity, economical price and small size are important requirements.
- LDL and LDH series show all features of industrial grade modules including high quality laser diodes, aspherical glass collimator, low power consumption, anodized aluminium housing and reverse polarity protection.
Peltier-cooled laser modules
- LDT laser modules for highest requirements in bioanalytics, spectroscopy, particle analysis and other measurement applications. These modules include active temperature stabilization (TEC) and power adjustment. Optionally, TTL modulation up to 1 MHz is available.
Computer-controlled laser modules
LDC modules are compact computer-controlled lasers with integrated laser head and control electronics. Output power, TEC temperature and variable modulation up to 1 MHz can be set via RS-232 / USB interface or manually using push buttons. The built-in LCD display shows laser operating parameters. These modules demonstrate excellent beam quality, power stability, temperature control and low noise for demanding applications.
Customization Options
- Custom electronic drivers with firmware and software
- Mechanical design
- Fiber-coupled versions (multimode, single mode and polarization-preserving)
- TTL modulation
- Other wavelengths
- Cable length
- Connector
- Supply voltage
- Working distance
- Projection Patterns (DOE), for more details please see our datasheet on Pattern Generators
Model | LM | LDL | LDH | LDT | LDC |
Type | low cost | standard | Peltier-cooled | computer-controlled | |
Output power1) | up to 3.5 mW | up to 5 mW | up to 400 mW | up to 400 mW | up to 150 mW |
Wavelength | 635 – 670 nm | 635 – 980 nm | 450 – 980 nm | 405 – 980 nm | 405 – 830 nm |
Power stability | < 1 % | < 0.5 % | |||
Noise (RMS) | < 0.5 % | < 1 % | < 0.5 % | ||
Pointing stability | 2 mrad - 50 µrad | < 50 µrad | < 25 µrad | < 10 µrad | < 10 µrad |
Dimensions (Ø x L, mm) | 8 x 36 or 9 x 19 or 9 x 25 | 10.5 x 26 | 12 x 51 or 15 x 72 | 25.4 x 76.2 | 40 x 42.5 x 100 |
Options | - | beam circularization | beam circularization TTL modulation fiber-coupling | beam circularization TTL modulation up to 1 MHz fiber-coupling |
1) Depending on wavelength
Do you have questions about our products?
Write to us | info@topag.de
Give us a call | +49 6151 42944 0
TOPAG Lasertechnik GmbH
Nieder-Ramstädter Str. 247
64285 Darmstadt, Germany
Phone: +49 6151 42944 0
Fax: +49 6151 42944 11
E-mail: info@topag.de