Blue Sky Research

Blue Sky Research has the MiniLase, a laser diode module with a high-quality lens and laser drive electronics in a miniature package:

• wavelengths: 405 nm to 980 nm
• diffraction-limited Gaussian beam
• collimated, focused or the beam options

A variety of power & performance levels are available, including collimated or shaped beams, laser drive circuits, package sizes and wiring configurations.

We specialize in fiber-coupled blue lasers and modules, fiber output choice SMF, PM or MM:

• wavelengths: 405 nm to 980 nm
• output power: 25 mW to 100 mW

The blue lasers can be a component (FMAX), or single to multi-wavelength laser module with driver, control and protection electronics. A fiber collimator is optionally available.

Blue Sky Research offers the VPSL™ diode laser:

• µLens™ integrated inside laser TO can
• creates a virtual point source
• low divergence, circular, diffraction-limited beam
• 635 nm to 980 nm

Blue Sky Research has fiber-pigtailed lasers offered as components, single wavelength laser modules and multi-wavelength laser systems. Laser wavelengths include 405, 450, 488, 520, 638, 658, 785 and 830 nm; others lines available on request.

• output power: 2 mW to 120 mW, LD dependent
• SMF, PM and MM fiber pigtail
• 10,000 hours lifetime

We offer fiber-coupled and free space green lasers and modules. These are available with SMF, PM or MM fiber output.

The green lasers can be components (FiberMax), or single wavelength modules (FiberTec), RGB or multi-wavelength laser modules with driver, control and protection electronics. A fiber collimator is optionally available.

The MiniLase and MiniLase Plus industrial lasers are built for use in harsh operating environments. These lasers are offered in a variety of wavelength and power configurations:

• IP67 rated package
• 405 nm to 980 nm
• diffraction-limited Gaussian beam
• power, control and protection circuitry
• collimated, shaped or focused beam optics
• multiple wiring & electrical connector options

Blue Sky Research has the ChromaLase™ single wavelength free-space laser modules:

• wavelengths: 405 nm to 980 nm
• output power 20 mW to 120 mW
• compact, single package design
• control, driver and protection circuitry

These miniature single package OEM laser modules deliver diffraction-limited, Gaussian, circular laser beams.

Blue Sky Research offers the VPSL™ diode laser:

• µLens™ integrated inside laser TO can
• creates a virtual point source
• low divergence, circular, diffraction-limited beam
• 635 nm to 980 nm

Blue Sky Research offers fiber-coupled lasers, systems and components:

• single fiber output
• single, RGB or Multi-wavelength laser system
• up to four unique lasers (405 nm to 980 nm)
• individual laser driver, control and TEC stability electronics
• single-mode fiber optic pigtail output
• optional feedback/collimator

Blue Sky Research has dual-wavelength lasers, RGB laser sources and the SpectraTec X, a four laser system. They all have a single fiber output:

• two to four lasers in one package
• wavelength of 405 nm to 980 nm available
• individual laser driver, control and TEC stability electronics
• single-mode fiber optic pigtail output
• optional feedback/collimator

Blue Sky Research offers custom-designed laser modules based on our customers' requirements. Contact us to discuss the details and design idea, performance trade-offs of prototypes, and desired custom configurations.

We have fiber-coupled red/IR lasers and modules:

• fiber output choice SMF, PM or MM
• wavelengths: 638 nm to 980 nm
• output power: 25 mW to 100 mW

The red lasers can be a component (FMAX), or used in a single to multi-wavelength laser module. System level products come with driver, control and protection electronics. A fiber collimator is optionally available.

We have the SpectraTec RGB single-fiber output RGB laser source:

• red, green, and blue (638 nm, 520 nm, 450 nm) laser wavelengths
• 750 mW combined RGB output
• multimode fiber, with SMF and PM fiber options

Custom power and wavelength configurations are available.