TriBeam Precision – Comprehensive Laser Testing System
The TriBeam Precision system is designed for the demanding requirements of medical device testing, especially for fractional laser systems in dermatology and aesthetic medicine. This advanced testing solution provides real-time analysis of fractional laser spots, enabling precise control over parameters like spot diameter, position, and energy distribution. TriBeam Precision supports CO₂ lasers, VIS-NIR lasers, and fiber lasers, making it adaptable across a range of medical laser devices. Explore TriBeam Precision’s capabilities here.
Automated Calibration for IPL and Laser-Based Medical Devices
Reducing calibration time and minimizing human error. Our automated calibration solutions for Intense Pulsed Light (IPL) and laser-based devices address the need for accuracy and consistency in medical aesthetic applications. By automating the calibration process, we help medical device manufacturers achieve repeatable and precise output, ensuring patient safety and treatment efficacy. In a recent project, we developed a custom calibration system that integrates seamlessly with IPL and laser platforms, reducing calibration time and minimizing human error. Read our project success story.
Fiber Ferrule Inspection System
The Fiber Ferrule Inspection System is designed to inspect the quality and alignment of fiber ferrules in medical devices, ensuring that optical connectors meet rigorous standards. By providing high-resolution images and measurements, it enables engineers to detect imperfections, contamination, or misalignment that could compromise device performance. This system supports the quality control needed for reliable and safe medical fiber-optic applications. Discover our Fiber Ferrule Inspection System.
Fiber Ferrule Beam Profiler – High-Power Laser and Fiber Alignment Solution
The Fiber Ferrule Beam Profiler is specifically designed for high-power laser applications with spot sizes of a few hundred micrometers and peak powers in the kilowatt range. Primarily used for aligning fiber adaptors to laser beams in production settings, this system ensures precise and rapid assembly, supporting the accuracy required for efficient and reliable fiber-coupled laser device manufacturing. Explore the Fiber Ferrule Beam Profiler.
Burn-in Chambers and Aging Consoles for IPL and Xenon Lamps
Our burn-in chambers and aging consoles are essential for testing and aging IPL and Xenon lamps, commonly used in medical aesthetic treatments. These systems simulate real-world conditions, allowing manufacturers to assess lamp lifespan and performance under controlled stress. This ensures that devices provide reliable energy output over time, reducing the likelihood of failure in clinical settings. Learn more about our aging consoles.
Fiber Incision Tester for Manufacturing Precision
IZAK Scientific’s Fiber Incision Tester is a specialized system developed to ensure precise fiber incisions in manufacturing environments. Equipped with a custom fiber microscope imaging tool, this system provides rapid testing capabilities on-site to verify accurate fiber incisions. It measures critical parameters such as pitch between optical fibers, fiber height post-cleaving, and cleaving angle, ensuring each fiber meets the stringent standards required for high-quality optical performance. This tester supports manufacturers in achieving reliable, consistent results in fiber processing and assembly.. Learn more about our Fiber Incision tester
Laser Beam Profiler – Advanced Profiling for Medical Laser Systems
Our Laser Beam Profiler is engineered for high-resolution beam analysis across CO₂, VIS-NIR, and fiber lasers, making it ideal for the specific needs of medical device manufacturing. With its dedicated Test feature, the profiler enables in-depth inspection and documentation of laser beam parameters, ensuring consistent quality control. The system’s fractional laser feature provides precise measurement and profiling of fractional laser spots, supporting medical aesthetics and dermatology applications. This comprehensive profiling solution allows manufacturers to verify beam quality, fluence, and distribution, critical for the safety and efficacy of laser-based medical devices. Learn more about our Laser Beam Profiler.
Short Demo: Beam profiler operation, Test feature, and Fractional laser beam profiler
Laser-Tissue Interaction and Laser-Based Applications in Medical Devices – In a Technion lecture, IZAK Scientific delved into the expanding role of laser-based devices in medical surgeries, focusing on laser-tissue interaction and the parameters that guide effective, safe treatments. The talk introduces key laser types and their specialized uses, such as the pulsed CO₂ laser for ENT and skin procedures, and the Holmium laser for urology, including prostate ablation and stone fragmentation. Emphasizing critical factors like tissue-specific absorption, ablation thresholds, and pulse dynamics, the lecture explores how these characteristics inform laser selection and system design. This comprehensive overview underscores IZAK Scientific’s commitment to advancing medical laser applications with precision and safety.
Fiber Transmission Tester System for High-Power Lasers
IZAK Scientific’s Fiber Transmission Tester System is meticulously engineered to measure the transmission efficiency of high-power laser beams through optical fibers, ensuring precision essential for medical and industrial laser applications. Designed to help achieve the correct fluence—the energy density crucial for effective and safe laser treatments—the system prevents both insufficient and excessive energy transmission, balancing fluence for optimal results. With a dual optical path configuration, this system measures laser power through a main transmission path and a bypass path, allowing direct comparisons and highly accurate transmission calculations. Switchable with a simple control, this setup streamlines testing processes, ensuring quick and reliable results. Sensitive, calibrated detectors provide precise readings necessary for high-power applications, supporting quality assurance in fiber manufacturing and aiding research into advanced fiber materials. Learn more about our Fiber Transmission Tester.
Programmable High Voltage Switcher
Our programmable high voltage switcher is designed for medical devices requiring precise high-voltage control, such as diagnostic imaging systems. This switcher enables engineers to control high-voltage pulses with fine-tuned accuracy, supporting the demands of sensitive medical applications. Programmable settings allow for custom configurations, making it adaptable to a range of device requirements. Discover the High Voltage Switcher.
LED and Screen Tester – Quality Assurance for LEDs and Display
IZAK Scientific’s LED and Screen Tester offers an all-in-one solution for inspecting and validating the quality of LEDs and display screens in medical devices. This system accurately measures LED color, brightness, and stability, ensuring consistent performance to meet stringent medical standards. In addition, the integrated screen testing capabilities include optical character recognition (OCR) for text verification, supporting both functional and visual quality checks. Designed to streamline quality control processes, the LED and Screen Tester helps manufacturers achieve reliable, high-quality output for displays and LEDs in diagnostics, displays, and indicators. Learn more about our approach to LED quality and radiometry.
TEC Tester – Precision Testing for Thermoelectric Coolers
The TEC Tester is an essential tool for verifying the performance of thermoelectric cooling devices (TECs), which are critical for maintaining stable temperatures in medical devices. This tester measures key parameters such as thermal conductivity and cooling efficiency, giving manufacturers confidence in the quality of their cooling components. Reliable TECs help ensure that temperature-sensitive medical equipment functions optimally. Read more about our TEC Tester.
Flatness Interferometer Tester – Precision Flatness Measurement for Mechanical and Opto-Mechanical Parts
The Flatness Interferometer Tester is designed to provide precise flatness measurements for mechanical and opto-mechanical components, such as mounting surfaces, housings, and alignment structures. Ideal for ensuring the accuracy of parts critical to optical systems, this tester enables manufacturers to verify surface flatness to exacting standards, supporting the reliable assembly and performance of complex devices. Learn more about our Flatness Interferometer Tester.
Inspection Jig Systems
IZAK Scientific’s Inspection Jig Systems enable precise, repeatable inspections, ensuring accurate alignment and measurement for quality control. Custom-designed, these jigs enhance consistency and efficiency in production environments.
Fast Delivery
IZAK Scientific is committed to fast, reliable delivery, ensuring your custom solutions arrive on schedule without sacrificing quality. Rely on us for quick turnaround times that meet your project needs.
Complete Documentation
IZAK Scientific’s Complete Pack provides documentation tailored for the approval of new testing devices, supporting engineering teams in validating and deploying equipment with confidence.
