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Sapphire Lasers

Sapphire lasers feature outstanding performance and reliability making them the ideal laser solution for life sciences, forensic, environmental protection and metrology applications. The unique wavelength and power scalability of its OPSL foundation allows for the most versatile laser portfolio available today.

Sapphire FP (Fiber-Pigtailed) lasers are true fiber-pigtailed lasers ranging from deep blue (458 nm) to orange (594 nm) for life sciences, metrology and inspection applications.

Sapphire LP (Low-Power) is a series of continuous wave (CW) lasers providing industry leading beam quality, power stability and low noise at 458 nm, 488 nm, 514 nm, 532 nm, 552 nm, 561 nm 568 nm, 588 nm and 594 nm. Their superior parameters, form/fit/function compatibility, proven reliability and low cost of ownership make Sapphire LP the ideal laser solution for a manifold of applications such as life sciences, environmental protection, electronics and metrology.

Sapphire SF (Single-Frequency) lasers are the right choice for applications that need narrow and ultra-narrow linewidth light like Raman spectroscopy, interferometry, holography, metrology and inspection.

Sapphire LP/SF Driver Unit provides controller and power supply in a wall plug-ready box, featuring a standby/laser ON switch and remote control options via analog, RS-232 and USB interface. Enables and simplifies stand-alone applications (CDRH compliant).

Download the 2017/2018 Lasers for Life Sciences Catalog

All Sapphire Lasers Products


Sapphire LP

Sapphire SF (Single-Frequency)
Sapphire FP

Sapphire FP (Fiber-Pigtailed)
Sapphire Driver Unit

Sapphire LP/SF Driver Unit

Sapphire Lasers Literature

Sapphire Advantages Summary

Case Studies

Sapphire Advantage Low Noise

Case Studies

Advances in Laser Diode & OPSL Technologies

Case Studies

Sapphire Product Summary

Ease-of-Integration - Ease-of-Operation Superior Reliability and Economy
  • Air-cooled, compact, modular design
  • OEM and stand-alone CDRH configurations
  • Diffraction limited beam quality
  • 458/488/514/568 nm: drastically reduced power consumption, heat dissipation, footprint compared to (air-cooled) ion lasers
  • 532 nm: no green noise, no complex resonator design required, no thermal lensing compared to Nd:YAG/ YVO4lasers
  • 561nm: 4x higher efficiency/ less power consumption and heat dissipation than “yellow YAGs”
  • Flexible interface concept: analog, RS-232, USB
  • Same FFF of all Sapphire LP models - Identical: optical/ mechanical/ electrical/ interfacing/ controlling

  • Proven reliability: more than 45,000 installations
  • PermAlign technology: unsurpassed robust and stable
  • Robot-assisted, cleanroom-built and hermetically sealed
  • Best reliability, lifetime and unit-to-unit consistency
  • Virtually no downtime, maintenance-free operation over thousands of hours
  • Low cost of ownership
Sapphire LP (Low Power)
Model Name
Wavelength (nm)
Power (mW)
Sapphire 458 LP
458
20, 50 and 75
Sapphire 488 LP
488
10, 20, 25, 30, 40, 50, 75, 100, 150, 200, 300
Sapphire 514 LP
514
20, 50, 75, 100 and 150
Sapphire 532 LP
532
20, 50, 75, 100, 150, 200 and 300
Sapphire 552 LP
552
50, 75, 100, 150 and 200
Sapphire 561 LP
561
20, 50, 75, 100, 150, 200, 300
Sapphire 568 LP
568
50, 75, 100, 150 and 200
Sapphire 588 LP
588
20, 50, 75 and 100
Sapphire 594 LP
594
20, 50 and 75
Sapphire SF (Single-Frequency)
Model Name
Wavelength (nm)
Power (mW)
Sapphire 488 SF
488
20, 50, 75 and 100
Sapphire 532 SF
532
20, 50, 75, 100 and 150
Sapphire FP (Fiber-Pigtailed)
Model Name
Wavelength (nm)
Power (mW)
Sapphire 458 FP
458
40
Sapphire 488 FP
488
40, 80, 120 and 200
Sapphire 514 FP
514
40, 80 and 120
Sapphire 532 FP
532
40, 80 and 120
Sapphire 552 FP
552
40, 80 and 120
Sapphire 561 FP
561
40, 80, 120 and 200
Sapphire 588 FP
588
40
Sapphire 594 FP
594
40

What’s more, laser parameters stay stable over time due to Coherent’s unique and patented Permalign technology: the optical components are aligned to optimum and then soldered. Therewith the optimal alignment is frozen over the lifetime of the product, the laser becomes highly insensitive to vibration and thermal cycles. All Sapphire lasers are manufactured in controlled cleanrooms and hermetically sealed, before being run through rigorous testing procedures designed to keep variances from laser to laser to a minimum. This results into lasers with outstanding performance characteristics, best unit-to-unit consistency, and superior lifetimes.

Sapphire provides wavelengths formerly available only with ion and Nd:YAG/ YVO4 lasers but avoids disadvantages of these technologies. Due to the compatibility with their legacy wavelengths instrument manufacturers can directly integrate Sapphire into their existing designs and use the same optics and filters as already employed.

Now the new Sapphire SF lasers also provide single-frequency operation with an ultra-narrow linewidth of < 1.5 MHz at 488 nm and 532 nm for applications such as Raman spectroscopy, holography, metrology, inspection.

Sapphire comes with a flexible interface concept: analog, RS-232 or USB – it is up you to select your communication channel. This interface concept has been designed to support your laser application and sustain the fast changing demands and developments of your industry in the coming years. The modular concept with small-footprint components and high electrical efficiency further facilitates and simplifies integration not only into OEM instrumentation with their reduced physical, electrical and thermal demands.

Sapphire continuously expand and update the product spectrum with legacy and customized wavelength products to optimally cope with your demand and to enable future applications. Independent of the wavelength, all Sapphire LP versions come with the same form-fit and function:

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Risk factors: Except for the historical information contained here, many of the matters discussed in this Web site are forward-looking statements, based on expectations at the time they were made, that involve risks and uncertainties that could cause our results to differ materially from those expressed or implied by such statements. These risks are detailed in the “Factors That May Affect Future Results” section of our latest 10-K or 10-Q filing. Coherent assumes no obligation to update these forward-looking statements.


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