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M Squared Lasers

M Sqaured Lasers

M Squared Lasers

M Squared Lasers develops and manufactures next-generation lasers and photonic instruments that bring new capabilities, higher reliability and greater ease of use to a diverse range of industrial and scientific applications. With a core team that has more than twenty years of experience, and a track record of supplying award-winning products to worldwide markets, M Squared is ideally placed to help solve problems, de-risk your projects and accelerate your applications.


Ti:Sapphire Lasers


SolstTiS CW Ti Sapphire Laser

SolstTiS CW Ti Sapphire Laser

The smallest, lowest noise, and only fully automated, maintenance-free laser of its type.
Technology From: M Squared Lasers

SolstTiS® CW Ti Sapphire Laser

SolsTiS® is an ultra-compact, automated, widely tunable, CW narrow linewidth Ti Sapphire laser system. The smallest, lowest noise, and only turnkey laser of its type, SolsTiS provides a host of next-generation features that lower cost, while maximising reliability, performance and productivity. With up-to-date Digital Signal Processing (DSP) electronics and proprietary InvarianT™ alignment- and drift-free optical mount technology, SolsTiS incorporates a compact laser resonator for high mechanical stability, and simplified tuning and scanning.

SolsTiS provides high output power, broad tuning, and the lowest noise in the industry. Compatible with a wide range of commercial Ti Sapphire pump lasers as well as fully integrated pump options. Available in a range of linewidth options.

Key Features
  • Ultra-compact — smallest, and only alignment-free laser of its type
  • Sealed, rugged design
  • Wide choice of tuning range, linewidth, output power and pump laser options
  • Broad tuning range with one optics set
  • Hands-free wavelength tuning, frequency scanning and locking for increased productivity
  • Unique Instrument Control by Ethernet (ICE)
  • Compatible with all standard Ti:S pump lasers
  • Unique integrated DPSSL
    Diode Pumped Solid State Laser
    pump option
  • Unique InvarianT alignment-free mount technology
  • Netbook control computer, User Interface and compact laser controller supplied as standard
  • Ideal for atom cooling, high-resolution spectroscopy, optical tweezing and holography
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ECD-X Ultra Compact Frequency Module

ECD-X Ultra Compact Frequency Module

The ECD-X is an ultra-compact frequency doubling accessory module that uses resonant enhancement to frequency convert the output of CW narrow linewidth laser sources with high efficiency.
Technology From: M Squared Lasers

ECD-X Ultra Compact Frequency Module

The ECD-X is an ultra-compact frequency doubling accessory that uses resonant enhancement to frequency convert CW narrow linewidth input laser light, such as that from the M Squared 'SolsTiS', with high efficiency. The enhancement technique combines a highly stable doubling cavity with active servo-locking of that cavity to the frequency of the input light. This provides high-efficiency conversion of input power to the second harmonic wavelength. The ECD-X incorporates a host of features designed to maximise doubling efficiency, stability, and flexibility including a highly stable monolithic stainless steel housing with Invar® optical sub-plate; fast, robust cavity locking via the use of high bandwidth DSP control electronics; a miniaturised cavity for longer, faster scans; a wide range of user-changeable mirror/crystal sets and adjustable mode-matching optics to adapt to different input sources; and unique local/remote Instrument Control by Ethernet.

Key Features
  • High-stability monolithic cavity design
  • Unique ultra-compact resonator for faster, longer scans and higher efficiency with broader linewidths
  • Unique Instrument Control by Ethernet (ICE)
  • Up-to-date DSP electronics for high-efficiency enhancement and robust cavity lock
  • Single optics set covers entire Ti:S fundamental range
  • Wavelength flexibility via wide range of doubling crystals
  • Accommodates wide range of input sources via supplied mode-matching optics
  • Simple integration with SolsTiS CW
    Continuous Wave
    Ti:S laser
  • Options for tripling, quadrupling, and mixing
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Sprite Ultra-Fast Laser Series

Sprite Ultra-Fast Laser Series

Sprite provides broad platform flexibility, plus design features that maximise stability, reliability and productivity.
Technology From: M Squared Lasers

Sprite Ultra-Fast Laser Series

The Sprite-t is a widely tunable automated ultrafast Ti:Sapphire laser. Available as a widely tunable fs (XT-F) or ps (XT-P) models or broad bandwidth (XP) for <15 fs with external compression. Fully sealed laser head for alignment free operation.

Key Features
  • Ultra-compact, sealed, rugged design maximises stability
  • Highly flexible platform, with broad factory configuration choice
  • Maintenance-free operation
  • Passive mode-locking and proprietary InvarianT™ mounts maximize reliability
  • Integrated DPSSL
    Diode Pumped Solid State Laser
    pump options
  • Netbook computer and User Interface supplied as standard
  • Ideal for pump-probe experiments, MPE
    Multiphoton Excitation
    microscopy, nonlinear optics, amplifier seeding
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Optical Parametric Oscillators (OPO)


Firefly Mid-IR Laser

Firefly Mid-IR Laser

Available in six standard Firefly-IR models (two output power, two tuning range and two linewidth options), Firefly-IR can be customised if needed.
Technology From: M Squared Lasers

Firefly Mid-IR Laser

Firefly-IR is an innovative, widely tunable, hands-free, mid- and near-infrared laser source that brings new capabilities to a host of molecular spectroscopy, remote sensing and imaging applications.

Firefly-IR offers broad mid-infrared wavelength coverage allowing users to probe the absorption features of many different molecules with a single device. With a rugged, sealed, internal maintenance-free, shoebox-sized optical head, Firefly-IR is available with a choice of several standard configurations. Firefly-IR's high pulse energy and peak power afford greater detection sensitivity and standoff distances.

Key Features
  • Extremely broad tuning range from a single device
  • Class-leading peak and average power increases S:N and detector standoff distance
  • Automated, alignment- and maintenance-free operation
  • High repetition rate enables rapid data acquisition and real-time imaging
  • Highly compact, with integrated pump source
  • Pulse burst modulation option
  • Provides new capabilities for trace gas detection (hydrocarbons, greenhouse gases), threat detection, oil/gas prospecting, molecular spectroscopy, IRCM
    infrared countermeasure
Send Enquiry

Firefly THz

Firefly THz

With wide hands-free tuning, a readily collimated output beam, microwatt average powers, and Watt-level peak powers, Firefly-THz opens the door to a new generation of more practical, cost-effective THz sources.
Technology From: M Squared Lasers

Firefly THz

Firefly-THz is a pulsed terahertz (THz) laser source that provides a unique combination of shoebox size, narrow linewidth, nanosecond output pulses (tunable over a wide & continuous range), room temperature operation, and high output power.

Offering high brightness and a practical alternative to other methods for generating THz light, Firefly-THz provides significant advances in the compactness, convenience and efficiency of THz sources, by virtue of its integrated diode-pumped pump laser, sealed alignment-free laser head, and a novel optical parametric oscillator design that produces highly efficient conversion of the pump to THz wavelengths.

Key Features
  • High brightness provides greater sensitivity and standoff distance for remote sensing/spectroscopy
  • Widely tunable, narrow linewidth output enables broad, fast THz wavelength scans from a single unit
  • Automated, hands-free operation and wavelength tuning for increased productivity
  • Pulsed nanosecond output removes the need for post-detection Fourier transform data processing
  • Unique Instrument Control by Ethernet (ICE)
  • Unique InvarianT™ alignment-free mounts
  • Netbook control computer, software User Interface and compact laser controller supplied as standard
Send Enquiry


Laser Diode Drivers & Temperature Controllers


Ice-Bloc DD Series

Ice-Bloc DD Series

Precision diode laser current controllers, DD-series modules can drive a variety of loads, including high power CW and pulsed diodes.
Technology From: M Squared Lasers

Ice-Bloc DD Series

ICE-BLOC® modules use Instrument Control by Ethernet (ICE) connectivity to provide a simpler, faster, flexible, and more cost-effective way to build laser control systems, automated test equipment setups and photonic instrumentation. Users can build reconfigurable control systems of practically unlimited capability, selecting from a wide range of robust ICE-BLOC modules with different functions.

Key Features
  • Build laser, opto-electronic and ATE
    Automatic Test Equipment
    control systems of practically unlimited capability
  • Unique Instrument Control by Ethernet (ICE) provides fast, robust local or remote control
  • Control via any tethered/WAN/LAN/Web connection and Web browser
  • No dedicated software drivers required
  • GPIO
    Genernal Purpose Input/Output
    ports allow simple interfacing of custom loads and sensors
  • Modularity allows simple system expansion, changes, or upgrades
  • Easy integration into OEM
    Original Equipment Manufacturer
    applications
  • Wide range of module functions and custom capability address a broad spectrum of applications
  • High current (up to 70A) drives high power laser diodes
  • Low current noise (down to <0.01%) ensures quiet optical output from laser diodes, even at high currents
  • High accuracy, high-resolution current set points (down to 0.1%/0.01A)
  • Multiple built-in diode protection features
  • Optional programmable monitor photodiode responsivity
Send Enquiry

Ice-Bloc TC Series

Ice-Bloc TC Series

High-precision temperature controllers that can control any combination of TECs or resistive heaters, with user-programmable outputs.
Technology From: M Squared Lasers

Ice-Bloc TC Series

ICE-BLOC® modules use Instrument Control by Ethernet (ICE) connectivity to provide a simpler, faster, more flexible, and more cost-effective way to build laser control systems, automated test equipment setups, and photonic instrumentation. Users can build reconfigurable control systems of practically unlimited capability, selecting from a wide range of robust ICE-BLOC modules with different functions.

Key Features
  • Build laser, opto-electronic and ATE
    Automatic Test Equipment
    control systems of practically unlimited capability
  • Unique Instrument Control by Ethernet (ICE) provides fast, robust local or remote control
  • Control via any tethered/WAN/LAN/Web connection and Web browser
  • No dedicated software drivers required
  • GPIO
    Genernal Purpose Input/Output
    ports allow simple interfacing of custom loads and sensors
  • Modularity allows simple system expansion, changes, or upgrades
  • Easy integration into OEM
    Original Equipment Manufacturer
    applications
  • Wide range of module functions and custom capability address a broad spectrum of applications.
Send Enquiry

Ice-Bloc AD Series

Ice-Bloc AD Series

Highly versatile actuator controllers, able to control multiple DC motors, stepper motors, piezo actuators and sensors, all from a single box.
Technology From: M Squared Lasers

Ice-Bloc AD Series

ICE-BLOC® modules use Instrument Control by Ethernet (ICE) connectivity to provide a simpler, faster, more flexible, and more cost-effective way to build laser control systems, automated test equipment setups and photonic instrumentation. Users can build reconfigurable control systems of practically unlimited capability, selecting from a wide range of robust ICE-BLOC modules with different functions.

Key Features
  • Build laser, opto-electronic and ATE
    Automatic Test Equipment
    control systems of practically unlimited capability
  • Unique Instrument Control by Ethernet (ICE) provides fast, robust local or remote control
  • Control via any tethered/WAN/LAN/Web connection & Web browser
  • No dedicated software drivers required
  • GPIO
    Genernal Purpose Input/Output
    ports allow simple interfacing of custom loads and sensors
  • Modularity allows simple system expansion, changes, or upgrades
  • Easy integration into OEM
    Original Equipment Manufacturer
    applications
  • Wide range of module functions and custom capability address a broad spectrum of applications
Send Enquiry

All products and information are subject to change without notice.