Introduction

MPBC Fiber Lasers are dependable and easy-to-use sources for a variety of industrial, medical, entertainment, military & scientific applications.

Exceptional performance is achieved based on the all fiber architecture, which draws on MPBC’s telecom design practices. The all-fiber laser design inherently ensures a narrow linewidth, diffraction limited linearly polarized output with unprecedented wavelength stability.

In addition, the lasers have a low-cost of ownership, with a long lifetime, low power consumption and little maintenance. The traditional concerns of keeping optics clean, and cavity alignment sensitivity to temperature and mechanical vibrations do not exist.

A variety of wavelengths, built-in intelligence, control and monitoring via a GUI (RS-232 or USB) along with APC provide for unrivalled performance.

Introduction

• Standard and bespoke wavelengths from 975nm through to 1660nm
• Excellent Beam Quality
• Collimated TEMoo Beam
• Polarisation: Linear - Vertical to the base
• Narrow Linewidth
• Active Power Stabilisation, ensures long term power stability of < 2%
• Excellent wavelength stability to ensure spectral purity (± 0.02 nm)
• Graphical User Interface for easy command and control
• Tuneable output power (from 20% to 100% of nominal) to adapt to application-specific requirements
• Compact and highly-efficient
• Low power consumption
• Vibration and temperature insensitive
• High reliability
• Maintenance-free

Introduction

• Ytterbium doped CW fibre lasers
• Compact and highly-efficient
• OEM  and Bench Top systems
• Seeded with narrow line-width 1064nm laser
• 10 W output power
• Linear polarization operation

Introduction

• Erbium doped CW fibre lasers
• Compact and highly-efficient
• OEM  and Bench Top systems
• Seeded with narrow line-width 1550nm laser
• 10 W output power
• Linear polarization operation

Introduction

• Thulium doped CW fibre lasers
• Compact and highly-efficient
• OEM  and Bench Top systems
• Seeded with narrow line-width 2000nm laser
• 5W output power
• Linear polarization operation