Laser Mechanisms is the proud North American distributor for RRIMES GMbH
Short beam exposure
Cube
The PRIMES Cube, as a mobile and compact power measuring device, enables the determination of laser power directly beneath the processing head in the processing zone.
Cube L
Designed for simplicity, speed, and reliability, the PRIMES Cube L is ready to use in just moments. Ideal for validating your machine’s power output and identifying fluctuations, helping you maintain performance, perform adjustments, and ensure consistent part quality.
Cube L-1
The PRIMES Cube L-1 delivers reliable, fast, and precise laser power measurement. With its advanced optical front end and exceptionally wide power range, the Cube L-1 stands apart.
Cube M
The Cube M is an advanced version of the established Cube, designed to meet the demands of high power densities in confined spaces. Its strengths include remote applications up to 2 kW and reliable measurements even in the corners of additive manufacturing machines.
Cube XT
The PRIMES Cube XT is capable of measuring extreme power levels up to 150 kW. Thanks to its enlarged absorber, it can handle beam diameters of up to 120 mm, making it the ideal solution for high-performance lasers and oversized beams.
PowerMeasuringModule
The PRIMES PowerMeasuringModule (PMM) is a calorimetric laser power measurement system that determines optical power directly in the production zone. The PMM can be integrated into an industrial robot manufacturing setup to achieve the shortest possible measurement cycle, with results displayed autonomously at the system controller level.
PocketMonitor
The PRIMES PocketMonitor (PMT) is a portable, easy-to-use, microprocessor-based power meter that measures absorber temperature and calculates laser beam power with one-watt resolution for fast, reliable verification.
Focus and Scanner Movement
ScanFieldMonitor SFM2D
The ScanFieldMonitor SFM 2D measures scanner performance across the full build plate under real operating conditions, without external wiring or water cooling. Its scalable design and proven measurement principle combine multiple scanner measurement tasks into one device for complete scanfield beam characterization.
ScanFieldMonitor
The PRIMES ScanFieldMonitor (SFM) delivers laser beam diagnostics and production parameter measurement in under three seconds. Its handheld, compact design and measurement principle, tailored for additive manufacturing, support fast process analysis and optimization.
Continuous Beam Exposure
PowerMonitor
The PRIMES PowerMonitor (PM) is designed for very high-power laser measurement, using a water-cooled cylindrical absorber with mirror-guided beam input to achieve high absorption with minimal back-reflection. Copper and brass cooling components help reduce corrosion risk, while a pneumatic shutter protects the unit from contamination.
PowerMonitor EC-PM
The PRIMES EC-PowerMonitor is an electronically calibrated laser power meter that measures beam power directly in the process zone. It includes self-test functionality that allows verified accuracy and performance at any time, making it suitable as a working standard for both laser manufacturers and end users. By enabling consistent calibration across different machines and facilities, it helps ensure a uniform measurement standard across production lines and locations.
CompactPowerMonitor CPM+
The CompactPowerMonitor+ measures raw beam power from continuous wave laser sources across the wavelength ranges of solid-state (YAG) and CO2 lasers, depending on calibration. Model variants support laser power measurement from 0.1 to 30 kW.
Focus and Power
FocusParameterMonitor
The PRIMES FocusParameterMonitor is the first system on the market designed for fast, accurate measurement of laser beam parameters directly in the process zone. It integrates easily into existing systems, while the built-in fieldbus interface (PROFINET, PROFIBUS) provides seamless connectivity to industrial control systems and networks
MicroSpotMonitor MSM + HighBrilliance
The PRIMES HighPower-MicroSpotMonitor-HighBrilliance (HP-MSM-HB) determines power density distributions of single-mode lasers up to 10 kW average power directly in the focal plane. Designed for high-brilliance, high-power lasers and featuring the expanded HighBrilliance option, the HP-MSM-HB measures beam parameters of focused multi-kilowatt laser beams in spot sizes ranging from 20 micrometres to 1 millimetre directly in the process zone, even at full power.
FM+ and PowerMonitor Ensemble
The combination of the PRIMES FocusMonitor + and the Power Monitor allows for the comprehensive measurement of focused laser beam parameters and power in a single setup.
Raw beam and Power Measurment
BeamMonitor BM+
The PRIMES BeamMonitor BM+ is designed for beam diagnostics on unfocused, continuous CO₂ and solid-state lasers with higher output. It measures key beam parameters, including spatial power density distribution, allows users to document performance, optimize processing, and detect beam position or lens alignment issues.
LaserQualityMonitor LQM+
The PRIMES LaserQualityMonitor LQM+ quickly and automatically characterizes the beam parameters of a beam source. The measuring system is compact, easy to align and can be expanded to meet individual requirements. It measures beam propagation from UV to NIR wavelengths and supports fast analysis of beam quality and optical system faults.
Focus Measurement
FocusMonitor FM+
An update to the original FocusMonitor, the PRIMES FM+ measures focused laser beam properties for material processing, including geometric dimensions, focal position, beam parameter product, and beam quality factor. It features updated electronics for modern signal processing and a new motherboard with a 16-bit A/D converter.
FocusMonitor FMW+
The PRIMES FocusMonitor FMW+ is specially designed for analyzing continuous irradiation at high beam powers. This universal tool for high-power radiation is the compact version of the widely adopted FocusMonitor FM+ now with new electronics and an absorber for powers up to 1000 W.
MicroSpotMonitor
PRIMES MicroSpotMonitor (MSM) checks and certifies finely focused laser beams used in micro-material processing. It automatically measures and analyzes spatial beam distribution around the focus in various z positions, enabling monitoring of beam profile, focal position, and beam dimensions to support process verification, fault analysis, and optimization.
MicroSpotMonitor MSM+ HB
The PRIMES HighPower-MicroSpotMonitor-HighBrilliance (HP-MSM-HB) can determine power density distributions of SM lasers up to 10 kW average power directly in the focal plane. Designed Specifically for brilliant high power lasers and featuring an expanded HighBrilliance option, the HP-MSM-HB determines beam parameters of focused laser beams of multi-kilowatt lasers in the range of 20 micrometres up to a millimetre directly in the process zone – even at full power.
Fiber Direct Measurement
LaserQualityMonitor+ HighPower
PRIMES LaserQualityMonitor+ HighPower (LQM+ HP) quickly and automatically characterizes laser beam parameters in a compact, easy-to-align system that can be individually expanded. When used with the PRIMES collimator, the LQM+HP measures beam propagation of fiber lasers and other fiber-guided beam sources and supports fast beam property and fault analysis.
MicroSpotMonitor MSM+ HB
The PRIMES HighPower-MicroSpotMonitor-HighBrilliance (HP-MSM-HB) can determine power density distributions of SM lasers up to 10 kW average power directly in the focal plane. Designed Specifically for brilliant high power lasers and featuring an expanded HighBrilliance option, the HP-MSM-HB determines beam parameters of focused laser beams of multi-kilowatt lasers in the range of 20 micrometres up to a millimetre directly in the process zone – even at full power.