In short
- TriBeam Precision automates laser inspection: multi-spot tests, calibrated power and energy per pulse up to 200 W, and beam profile and pulse shape analysis for spots up to 30 mm.
- Spectro-Radiometer series: fast radiometers and spectro-radiometers, from broad to narrow spectral bands, with customizable channels.
- Multi-Channel Power Meter: five parallel SMA fiber-coupled channels, 200 nm to 20 µm, up to 50 W per channel.
- LED Color and Position Tester: checks LED color uniformity and position on PCBs and gives a pass/fail result against your limits.
Lasers, LEDs and light sources are only as good as the way they are tested. IZAK Scientific builds test and measurement systems for photonics production lines and R&D labs, combining optics, electronics and software into one automated station. This article introduces four of them: a laser inspection system, a spectro-radiometer series, a multi-channel power meter and an LED tester.
TriBeam Precision: automated laser inspection
TriBeam Precision automates laser testing. It combines multi-spot inspection, calibrated power and energy-per-pulse measurement (up to 200 W) and spatial and temporal analysis, so one station reports the beam profile, the pulse shape and the delivered power. It supports laser spot sizes up to 30 mm in diameter, which suits medical, telecom and aerospace applications.
Reference-grade measurements help products meet strict quality and safety standards. A software-only version upgrades existing beam profilers and acquisition systems at low cost. The software can be customized, shows beam data in real time, reduces human error and speeds up quality assurance.
The result is detailed insight into beam performance, support for compliance, shorter test times and an interface operators learn quickly. See the TriBeam Precision product page.
Watch a short demonstration
IZAK Spectro-Radiometer series
The IZAK Spectro-Radiometer series offers radiometers and spectro-radiometers that capture fast, from broad to narrow spectral ranges, with the high-frequency accuracy needed for live measurement. The systems combine advanced optics, customizable channels, precision alignment and easy-to-use software. Full details are on the Multi-Channel Spectro-Radiometer product page.
Multi-Channel Power Meter
The Multi-Channel Power Meter has five parallel channels, each coupled to an SMA fiber. It covers a wide wavelength range, from 200 nm to 20 µm, and measures laser power up to 50 W in each channel. Its software measures and logs all channels in parallel and in real time, and the unit has built-in thermal management and a durable enclosure.
A narrow-beam adapter probe images the beam to a scale of 5–7 pixels. This is essential for high-precision alignment and focus tasks, such as aligning SMA connectors and checking the focus on a fiber ferrule. See the power meter product page.
Watch a short demonstration
Watch a short demonstration
LED Color and Position Tester
The LED Tester evaluates LED color uniformity and position accuracy with a high-resolution imager, dedicated optics and software. It suits manufacturers of LED products and PCBs. The system learns the configuration of each PCB type, can run tests without a GUI from your production software, and gives a pass/fail result based on the criteria you define. More on the LED Tester product page.
Pulse energy and peak power
Before you choose a tester, know what it has to measure. Enter the average power, repetition rate and pulse width of your laser. The tool returns the energy per pulse, the duty cycle and the peak power, and checks the average power against the TriBeam Precision and power-meter limits.
Energy per pulse = average power ÷ repetition rate. Peak power = energy ÷ pulse width for a rectangular pulse, and 0.939 × energy ÷ FWHM for a Gaussian pulse. Duty cycle = repetition rate × pulse width. Check peak values against the damage threshold of every optic and sensor in the path.
Which system fits your test?
TriBeam Precision for multi-spot laser inspection; the Laser Beam Profiler family when you need beam shape and size: UV–VIS–NIR 300–1100 nm, SWIR up to 2.05 µm, MWIR 1.5–5.7 µm and LWIR 7.7–12 µm.
The Spectro-Radiometer series for lamps, LEDs and pulsed sources measured live across several channels.
The Multi-Channel Power Meter for five fiber-coupled outputs, with the narrow-beam probe for connector and ferrule focus.
The LED Tester for indication LEDs and LED boards, with pass/fail limits set by you.
To go deeper, read the essentials of laser beam profiling, LED inspection with an integrating sphere and how to embed an LED checker into your production line. For beam size and divergence at any distance, use the Gaussian Beam Calculator.
Frequently asked questions
QCan TriBeam Precision work with my existing beam profiler?
QWhat does the Multi-Channel Power Meter measure?
QHow does the LED tester decide pass or fail?
Tzachi Sabati
CEO, IZAK Scientific
Physicist specializing in photonics and quantum technologies, with deep expertise in quantum sensors and advanced optical systems. Leads the Advanced Quantum Lab course at the Technion, bridging academic excellence with industry innovation. At IZAK Scientific, provides cutting-edge photonics-based solutions, developing customized inspection and sensing systems for R&D and production. Passionate about advancing quantum sensing applications and integrating novel technologies to meet industry needs.
