trokut

Partners

Trokut Solutions is associated with some of the world
leading companies in their field.

Cailabs is a French deep tech company, based in Rennes, which designs, produces and sells photonic solutions to fully exploit the industrial potential opened up by the shaping of light.

Cailabs develops and produces a unique range of optical components based on its know-how and its patented technological innovations, in particular Multi-Plane Light Conversion (MPLC) for manipulation of Light.

  • Beam Shapers for Lasers
  • Beam Combiners for Lasers

Enlitech is a professional manufacturer of scientific instruments. They are dedicated to designing, developing, manufacturing and distributing scientific and laboratory

measurement equipment to be used in the fields of materials science, machine vision, photovoltaic testing and analysis. ​​​​​​

  • Solar Simulators with IV Measurements
  • Spectral Response/Quantum Efficiency Measurement
  • Photoluminescence Imaging Measurement
  • Confocal Raman System
  • Laser Scanning Fluorescence Lifetime Imaging Microscope (FLIM)
  • Image Sensor Characterization System
  • PV Analyzer

Exaddon, a spin-off of Cytosurge AG, provides cutting-edge additive micromanufacturing technology (µAM) to produce minute metal objects in 3D, starting at a few micrometres in size up to several hundreds of micrometres.

Exaddon’s micro-metal additive manufacturing is the first and only technology currently available in the market, with the ability to 3D print complex mesoscale samples such as micro-lattices, micro-sprints,
micropillars and micro-tensile samples with sub-micron resolution.

Based in California, Formalloy’s advanced additive metal technology provides an innovative, cost-effective solution for 3D metal part production, part repair and laser cladding via Laser Metal Deposition.
FormAlloy’s 3D metal printing technology utilizes DED to create metallic parts to near-net shape, while increasing the design envelope and providing a more economical solution than producing the same part with conventional methods.
  • X-series for Building parts in Open Environment 
  • L-series with Closed Inert Environment

MPI Founded in 1995 and headquartered in Hsinchu, Taiwan, MPI Corporation is a global technology leader in the testing of Semiconductors, Light Emitting Diodes (LED), Photo Detectors, Lasers, Materials Research, Aerospace, Automotive, Fiber Optic, Electronic Components, and more.

 

MPI’s five main business sectors include Probe Card, Photonics Automation, Advanced Semiconductor Test, Thermal Test, and Celadon Systems.

 

MPI offers a wide-ranging portfolio of products and services.

  • Advanced probe card technologies.
  • Mass production and engineering probe systems.
  • Testers.
  • Material handlers.
  • Inspection systems.
  • Thermal air stream systems.

Many of these products are accompanied by state-of-the-art Calibration and Test & Measurement software suites.

Manx Precision Optics (MPO), is a family-owned manufacturer of high-precision optics. Founded in 2013, the company employs an experienced workforce with all senior employees having over 20 years of experience in precision optics manufacture.

Manx Precision Optics’ state of-the-art production facility is based in an Isle of Man Government owned high-tech industrial park and comprises over 5000ft2 in manufacturing space in close proximity to the Isle of Man Airport.
To ensure full traceability and the highest quality standards, Manx Precision Optics ’manufacturing processes are all ISO 9001:2008 certified.
Having the full manufacturing process from shaping, grinding and polishing to optical coating (e-beam and sputter coating) and assembly in-house allows Manx Precision Optics to have full control of all aspects of precision optics manufacture.
  • Uncoated Substrates & Windows,
  • Ultrafast Mirrors, Dielectric Mirrors , Metal coated Mirrors
  • Beam splitters, Optical Flats, Polarizer’s,

NP Photonics develops and manufactures speciality fibre lasers, fibre amplifiers and transport fibres for the near- and mid-infrared (IR) wavelength bands. Their proprietary fibre technology is used across a broad family of products, including narrow linewidth, low phase-noise fibre lasers designed for operation in industrial environments.

Their core strengths are technology innovation, product development, quality engineering and manufacturing world-class products for applications in sensing, defense, metrology and research.
  • 1 µm ASE Source & Single Frequency Fiber Laser 
  • 1.5 µm ASE Source & Single Frequency Fiber Laser
  • 2 µm ASE Source & Single Frequency
  • Fiber Laser Multichannel Fiber Laser System
  • Fiber Amplifier 
  • Laser Locker

Founded in 2000, nLIGHT is a leader in the development, design and production of innovative laser technologies and products. nLIGHT’s semiconductor lasers are the industry’s brightest and operate at unique wavelengths and power combinations.

Our high-power continuous wave fiber lasers provide significant advantages over legacy fiber lasers for programmability, serviceability and reliability.
Strong vertical integration enables us to rapidly introduce new products for a range of markets including industrial, microfabrication, aerospace and defense.
  • High Power CW Fiber Laser
  • Semiconductor Diodes

Fluence Technology is a manufacturer of femtosecond laser solutions with unique all-fiber technology. The company offers robust and stable industrial-grade femtosecond lasers that are immune to misalignment and feature a novel all-fiber oscillator for a robust, reliable package. Fluence is devoted to providing the highest quality standards and product reliability, offering a product lifetime that extends well over the warranty period.

Ultrafast lasers that simply work for industry, science and medicine applications like.

 

  • Multi-photon fluorescence microscopy is a key technology in biology. Noninvasive three-dimensional imaging at the submicron scale opened new possibilities in studying tissues.
  • The Two-Photon Excited Fluorescence is a powerful imaging technique that has rapidly grown over the last years. It enables a huge advantage in biological imaging especially in thick tissues and live cells studies.
  • Stents are used to open narrowed blood vessels to re-establish blood flow and circulation in human body. They are mostly made of nitinol tubes, which are processed by lasers to remove materials and to form high geometrically complex meshes.
  • Bioimaging and Microscopy.
  • Micromachining Heat-sensitive polymers using a femtosecond laser.
  • Femtosecond laser process for diamonds.
  • High precision micromachining for glass and transparent materials.
  • Semiconductors/LED Manufacture Your OLED Projects with High Power Femtosecond Laser.

LASEA is leader in the laser based micro machining, deliver perfect machines, systems & solutions for sustainable high-value creation in microtechnology.

  • Deliver performant, reliable and sustainable devices for micro-manufacturing.
  • Develop high precision laser solutions as alternatives to polluting and energy-consuming methods.
  • Allow miniaturisation for a more sober use of materials.
  • Create cutting-edge laser systems for renewable energy and medical sectors.

Raicol Crystals Ltd. specializes in the manufacture of nonlinear optical crystals and electro-optic devices.

Raicol’s flux-grown KTP and RTP crystal products are world-renowned for their high quality and reliability. The company’s innovative crystal growth technology ensures that customers receive robust and reliable Gray Track Resistant KTP elements for intra-cavity CW and high average power SHG @ 1064nm. Raicol has also developed growth technology for high quality LBO and BBO crystals.
The patented Periodically Poled KTP (PPKTP) fabrication technology makes it possible to manufacture nonlinear elements for applications in wide wavelength ranges from visible to mid-infrared.

  • HGTR KTP/SKTP
  • PP-KTP
  • BBO 
  • LBO
  • PPMgLN / PPSLT

Spark Lasers develops compact picosecond and femtosecond lasers dedicated to Micromachining and Biophotonics applications. 

Spark Lasers’ innovative technology provides high performance and industrial-grade reliability to serve highly demanding industrial and scientific users. All ultrafast products are fabricated and designed in France with the best quality standards.
 
  • Femtosecond Fiber Laser at IR/ Green/ UV
  • Picosecond Fiber Laser at IR/ Green/ UV

NYFORS, headquartered in Sweden, is an innovative supplier of advanced glass processing and optical fiber preparation equipment, specializing in high – strength and specialty splicing operations .

The company offers cutting – edge solutions for fiber cleaving, stripping, end- face inspection, recoating, and splicing, all designed to support the demanding requirements of both research laboratories and industrial production . NYFORS systems are engineered for precision, repeatability, and ease of integration, supporting a wide range of fiber types . In addition to standard systems, NYFORS provides custom – engineered solutions tailored to specific customer needs across diverse sectors such as defense , military, medical, high – power applications, and telecommunications .

Ultrafast Systems specializes in the design and manufacture of optical spectrometers with high-time resolution,

with particular focus on femtosecond and picosecond time scales. Their family of products represents the state-of-the-art in technology and the utmost in user friendliness. No other manufacturer of time-resolved spectrometers has the same extensive range of products. Their software for experiment control and data analysis is without parallel.  
 
  • Femtosecond Transient Absorption Spectrometer
  • Sub-Nanosecond Transient Absorption Spectrometer
  • Femtosecond Fluorescence Up conversion Spectrometer

UpNano is a Vienna (Austria) based high-tech company with a focus on the development, manufacturing and commercialization of high-resolution polymer 3D printers.

The systems are based on 2-photon-polymerization which offer industry-leading speed and resolution down 0.2 µm. Holistic package of hardware, software and optimized printing materials not only allows fabrication of polymeric microparts, but also offers the unique possibility of bioprinting in a native cell environment. UpNano’s cutting-edge technology makes it possible to print objects with sizes ranging from the sub-micrometer to the centimeter range and up to 40 mm in height – within times and precision never achieved before.  

AmPro Innovations designs and manufactures world-leading powder bed printers and production system accessories.

Based in Melbourne Australia, founded to incorporate world leading material science expertise into metal 3D printing systems at a competitive price.

 

AmPro develop metal 3D printing and production systems from a materials science perspective with a focus on customer needs. This approach allows to achieve the mechanical properties and part quality demanded by the industry.

 

AmPro Innovations works successfully with leading aerospace companies across the globe to provide research insights, printer and production solutions for successful outcomes.

Block is a developer of quantum cascade lasers (QCLs) and mid-infrared laser-based spectrometers for life science, security and safety, and industrial applications.

For life science applications, Block’s QCLs are used in medical devices for cancer detection, glucose monitoring, breath analysis to detect infectious diseases including Covid, protein characterization, and a variety of imaging, chemical analysis, and research instruments.

 

Block’s safety and security products are the first line of early warning in the event of a chemical attack or accidental chemical leaks. products are installed in critical infrastructure, including transportation hubs, commercial buildings, and sensitive government spaces. Block’s technology also detects drugs, such as Fentanyl.

Nanobase, Inc. is a South Korea-based company specializing in advanced instruments for Raman Spectroscopy, Time- Resolved Photoluminescence (TRPL), Photocurrent Measurement, Battery Testing, and Interferometric Profiling.

Dedicated to providing comprehensive solutions for Raman spectroscopy and other material analysis techniques, Nanobase designs and manufactures products with a strong emphasis on high efficiency, unmatched performance, and exceptional value for cost.

 

In just a decade of operation, Nanobase has successfully completed over 130 customized projects, demonstrating its strong capabilities in custom Raman projects.

Photonics Industries International, Inc., headquartered in New York, USA, is a global pioneer in intracavity harmonic laser technology and manufactures a wide range of lasers in the nanosecond, sub-nanosecond, picosecond, and femtosecond regimes for industrial microprocessing systems and scientific research applications.

As one of the world’s largest laser manufacturers, Photonics Industries operates a state-of-the-art production facility in New York, with additional presence across Korea, Japan, Taiwan, and China. Their global footprint is supported by dedicated application labs that offer rapid sample processing and feasibility testing to support customer needs.

 

To help customers identify the optimal laser solution, Photonics Industries offers an extensive demo program, allowing integration and real-world testing of laser systems within the customer’s application environment.

Swiss Cluster, based in Switzerland, is a specialized manufacturer of the next generation of thin film deposition systems.

The company offers modular and scalable chambers, innovative components, and smart designs that enable precise coating of small to large 3D parts.

 

Their systems also support the integration of multiple deposition techniques, providing unmatched flexibility.

 

Swiss Cluster’s advanced ALD/PVD cluster systems are engineered to fabricate advanced materials with tailored properties for producing high-quality thin films.

 

With a strong focus on customization, Swiss Cluster delivers custom solutions that address the diverse challenges in thin film research and advanced material engineering.

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