Modular Modulatable Lasers

premier_acculasePremier & Acculase laser diode modules represent the highest level of optical and electrical performance at an economical price, a combination that is unmatched in the marketplace. Unlike the Premier laser, the Acculase is precision set during manufacture that ensures that the output beam is accurately aligned to the outer sleeve. This allows you fast and simple installation, as well as immediate and consistent alignment, even in the field. The secret of their superiority is a control circuit design that not only gives you excellent output power stability over time and temperature, but also offers fast, closed-loop modulation with an extinction ratio as high as 10,000:1. Two control circuits are available either the LC (Linear Control) or the PWM (Pulse Width Modulation). The LC version allows you to control the output intensity linearly by applying a voltage of between 0 to 1 volts, to the control input. The output intensity will faithfully replicate any arbitrary signal you wish to apply within the limits of the laser module’s maximum rise and fall time. The input is clamped so that if you were to apply a level greater than 1 volt the output will not increase more than 5% above the factory set limit. The PWM version allows you to use pulse width modulation of the output intensity from a TTL level input signal, within the limits of the laser module’s maximum rise and fall time. You can therefore control the mean intensity of the laser beam simply by changing the mark to space ratio or modulate the laser with coded information. A wide range of wavelengths, powers and lens options are available, each combination having been carefully selected to provide you optimum performance, while ensuring the laser diode is never over driven.


  • Flexible design accommodating wide range of lens and diode options
  • High bore sight accuracy on Acculase model
  • Visible and Infra red versions
  • Powers up to 100mW
  • 2 Control drivers available: Linear Control (LC model), Linear intensity control, Analogue modulation, Pulse Width Modulation (PWM model), Digital TTL on/off switching, < 0.5μs rise / fall time
  • Stable output power
  • Wide operating temperature
  • Electrically isolated case
  • Reverse polarity protection
  • User adjustable focus


  • Graphics Displays
  • Vision Systems
  • Telemetry
  • Dynamic Lighting
  • Medical
  • Laboratory Testing
  • Alignment Systems
  • Beam Break

Further information can be found in our datasheet.