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Light Engines based on DLP® technology are key to structured light applications and have become an integral part of many industries.

Light Engines

<ul><li>Wavelengths between 365 and 1100nm</li><li>Single or Multi-Wavelength Architecture</li><li>Internal or External Illumination</li><li>LED or Laser</li><li>TIR or Reversed-TIR Prism</li><li>Up to 20W Output Power</li><li>Interchangeable Illumination</li></ul>

Illumination

<ul><li>Intensity Measurement</li><li>LED Ageing Compensation</li></ul>

Sensorics

<ul><li>6500FYE / 6500FLQ</li><li>650LNIR</li><li>650NE / 650LE</li><li>9000</li><li>9000X / 9000XUV </li><li>9500 / 9500UV</li><li>4K Chipset</li></ul>

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We offer both proprietary cooling systems designed in-house and products from certified suppliers

Cooling

<ul><li>All Ports and Interfaces</li><li>Individual Form and Position</li><li>Integration of External Functionality</li><li>Single- and Multi-Channel LED Driver</li></ul>

Electronics

<ul><li>Wavelengths between 365nm and 1100nm</li><li>Single or Multi-Wavelength</li><li>Image Size</li><li>Projection Distance</li><li>Distortion</li><li>Interchangeable Lens</li><li>UV Optimized</li></ul>

Projection Lens

<ul><li>Weight </li><li>Size </li><li>Mounting</li></ul>

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Customizable structured light for Optogenetic, lithography and biotechnology applications

IN-VISION is a leader in the development of innovative solutions for the convergence of optogenetics and lithography. Our cutting-edge technologies provide researchers and practitioners with tools to explore cellular mechanisms in greater depth and fabricate intricate microstructures with unrivalled precision.

HELIOPORA combines the accuracy and reliability of an industrial UV light projector with a wide range of objectives, enabling precise exposures with almost any pixel size. This makes it an ideal tool for cybergenetics and optogenetics research, where high-resolution imaging under a high-power spotlight is crucial for analyzing genetic data and biological structures.
The connection to a CMOS camera eliminates the need to switch between the projector and microscope, and image recognition software can even be used to realise a closed-loop system. This integration of bioengineering technology opens up completely new horizons for working with light, facilitating more efficient and precise experimentation and analysis in various research fields.
The features of HELIOPORA at a glance:
<ul><li>2K resolution - image size from 0.5mm to 5mm diagonal</li><li>Wide range of objectives starting from 300 nm up to 160 um</li><li>Uniform illumination and minimal distortion thanks to the use of an industrial projector</li><li>Free choice of wavelength by using appropriate light sources</li><li>Modular system - free choice of components from the lens to the camera</li><li>Virtually unlimited power of up to 16W in the work area</li><li>Fiber bundle-coupling possible</li><li>Top support from IN-VISION R&amp;D during implementation</li></ul>

The high-performance scrolling system offers unseen capabilities for customization and extraordinary power.

Be the first to explore the all new Light Engine PANDIA. 
Meet the team from IN-VISION and book a demo here!

Book your demo for PANDIA

- Scrolling availability for larger building areas: PANDIA is designed for moving exposure while calculations are done onboard.

- Stackability for more productivity: The small width of the system allows projectors to be lined up down to very small pixel sizes to build systems with large building areas.


- An open system with unlimited options for customizing: The built-in FPGA allows users to customize their applications or use prepared Software. The onboard FPGA opens up to 7 Gigabytes for image storage, programming logic, and DSP slices for customization.



- Multiple wavelengths for working with multi-materials: two independent illumination modules provide up to three different wavelengths.


- Variability: Pandia comes with a telecentric lens with a pixel size of 10um; any other resolutions can be easily realized with custom lens developments in-house at IN-VISION.


- Watercooled system for highest optical power: The optimized water cooling provides full power for all applications – up to 9 watts per wavelength.
- High-Speed Data Interface: Maximum transfer rates are realized using Gigabit Ethernet or an optical data interface, which is flexible, lossless over long distances, and immune to electromagnetic interference. 
- Field changeability of the illumination modules: The customer can easily swap out the two LED modules, which does not require further calibration or set-up. This can be done after thousands of hours of uptime without degradation.
- Onboard User-Interface for operators: An onboard HMI informs the operator about the operating status and critical parameters.

Lithography

PANDIA

The high-performance scrolling system with true 4K native resolution.

- Scrolling availability for larger building areas: PANDIA is designed for moving exposure while calculations are done onboard.
- Stackability for more productivity: The small width of the system allows projectors to be lined up down to very small pixel sizes to build systems with large building areas.
- An open system with unlimited options for customizing: The built-in FPGA allows users to customize their applications or use prepared Software. The onboard FPGA opens up to 7 Gigabytes for image storage, programming logic, and DSP slices for customization.
- Multiple wavelengths for working with multi-materials: two independent illumination modules provide up to three different wavelengths.
- Variability: Pandia comes with a telecentric lens with a pixel size of 7.1um; any other resolutions can be easily realized with custom lens developments in-house at IN-VISION.
- Watercooled system for highest optical power: The optimized water cooling provides full power for all applications – up to 9 watts per wavelength.
- High-Speed Data Interface: Maximum transfer rates are realized using Gigabit Ethernet or an optical data interface, which is flexible, lossless over long distances, and immune to electromagnetic interference. 
- Field changeability of the illumination modules: The customer can easily swap out the two LED modules, which does not require further calibration or set-up. This can be done after thousands of hours of uptime without degradation.
- Onboard User-Interface for operators: An onboard HMI informs the operator about the operating status and critical parameters.

3D-Printing

PANDIA 4K

Strongest UV Light Engine for dynamic exposure, multiple wavelengths and up to 16 watts in the image plane.

Designed to increase the throughput of DLP 3D-printing, Helios combines In-Vision's new proprietary high-power illumination module with high-performance optics. HELIOS is fully built in sub-assemblies for highest accessibility. Replacing the LED of your Light Engine has never been easier. 
With up to 16W of output power, Helios will contribute to more cost-effective prints, enable applications based on new materials, and qualify additive manufacturing further for serial production. 
OPTIONS:
<ul><li>HELIOS X A brand-new UV Light Projector based on a reliable industry platform for dynamic exposure. HELIOS X combines the proven optical system with new electronics. To name some of the new features: it includes an open FPGA on board making the unit as open and customizable as possible, plus HELIOS X gives you the possibility to use an optical PCIe-Interface to ensure high-speed scrolling. </li><li>HELIOS S The S stands for “Superpeak,” meaning the already high performance is increased even more. While the standard version achieves 12W peak power in the image plane, HELIOS S reaches up to 16W. This value is essential when it comes to working with resins, which demand high power or exposure to large areas. Even at a pixel size of 160um, the peak intensity reaches over 15mW/cm2. <a href="https://in-vision.at/blog/post/in-vision-expands-the-worlds-most-powerful-light-engine-with-new-options">All about the expansion of HELIOS </a></li><li>HELIOS DUO &amp; HELIOS TRIO make it possible to work with up to three different wavelengths in one device With Helios Duo and Helios Trio, it is possible to work with up to three multiple wavelengths from 365 to 405 nanometers. The customer is free to choose between the configurations, with a choice of lenses for pixel sizes from 2 to 162um. The system is water-cooled with a fully encapsulated light path. Robust in design, it can cope with rough production environments where dust and vapours are very hard on optical systems. <a href="https://in-vision.at/blog/post/in-vision-launches-the-first-light-engine-with-triple-wavelengths"> More about HELIOS</a><a href="https://in-vision.at/blog/post/in-vision-launches-the-first-light-engine-with-triple-wavelengths"> DUO &amp; HELIOS TRIO</a></li></ul>

<ul><li><a href="https://in-vision.at/blog/post/in-vision-launches-the-first-light-engine-with-triple-wavelengths">In-Vision launches the first Light Engine with triple wavelengths</a> </li><li><a href="https://in-vision.at/blog/post/in-vision-introduces-helios-the-most-powerful-dlp-uv-projector-for-additive-manufacturing">In-Vision releases strongest UV DLP projector on the market</a></li></ul>

CTO from In-Vision Christof Hieger explains in a podcast from Ingenieur.de <a href="https://in-vision.at/blog/post/listen-to-the-cto-german">what has led the company to develop the Helios Light Engine.</a>
You can find many more interesting articles about In-Vision's Light Engines<a href="https://in-vision.at/blog"> in our Newsblog.</a>

HELIOS , HELIOS S, HELIOS X, HELIOS Duo & Trio

An industrial 4K UV Projector designed for 24/7 use

The Phoenix DLP® projection module is In-Vision's newest development.
It combines TI's 670S chipset with In-Vision's proprietary pixel shifting technique and quality optics to offer a high performance 4K UV DLP projector that will fulfill the needs of industrial applications. 
Phoenix has been designed to offer:
<ul><li>A high and stable light intensity over the whole lifetime of the LED</li><li>A better DMD performance thanks to a more efficient cooling system (no stuck pixels)</li><li>Up to 8K images thanks to an integrated 4-way actuator</li><li>Designed for 405nm UV light as well as for 385nm</li></ul>

<a href="https://in-vision.at/blog/post/phoenix-the-first-industrial-4k-dlp-light-engine">Read all about the background of the development of Phoenix and personal opinions about the product.</a><figure><img src="https://cms.in-vision.at/assets/Hieger_Zangerl_Phoenix-2-low.jpg" alt="Light Engine Phoenix presented by CTO and CEO of In-Vision" /><figcaption>CTO Christof Hieger and CEO Florian Zangerl with Phoenix</figcaption></figure>

<a href="https://in-vision.at/blog/post/how-to-use-phoenix-the-first-industrial-4k-uv-light-projector-as-an-8k-light-engine">How to use Phoenix, the first industrial 4K UV Light Projector, as an 8K Light Engine</a>

PHOENIX

Additive Manufacturing on Full-HD Basis with DLP6500

Ikarus II Full HD/1080p DLP projection module offers the benefits of a compact, light-weight, yet high-performance optical module with many options for customization.

Researchers in the Kaplan Lab at Tufts University developed a proof-of-concept 3D-bioprinter that leverages two advantages of DLP technology for the development of on-demand soft tissue regeneration: Speed and cell viability. To make the project a reality, In-Vision provided the Kaplan lab with an Ikarus DLP projection module.
<a href="https://in-vision.at/blog/post/kaplan-lab-paves-the-way-for-on-demand-soft-tissue-regeneration-with-dlp-3d-bioprinting">Read the full article</a> in our Newsblog or <a href="https://in-vision.at/blog/post/watch-the-record-from-our-webinar-bioprinting-from-scratch">watch the record of the webinar: "Bioprinting from Scratch" </a>to know all about this use case.

Customized modifications incl. wavelength, lens resolution, projection distance are available with a short lead time through In-Vision in-house design and production lines.

IKARUS II

High-intensity light engine for industrial applications

The Firebird DLP® light engine module offers native WQXGA/2K (2560 × 1600) pixel resolution based on TI’s DLP9000 advanced light control chipset. It offers performance as well as modularity to address a wide range of customer-specific requirements.

Read about the use cases of the Firebird Light Engine in our Newsblog<ul><li><a href="https://in-vision.at/blog/post/towards-a-customizable-microneedle-solution-for-continuous-glucose-monitoring">3D-Printed Microneedles for Continuous Glucose Monitoring</a></li><li><a href="https://in-vision.at/blog/post/4dbloodrot-heart-pump-rotor-from-the-3d-printer">Heart Pump Rotor from the 3D-Printer</a></li><li><a href="https://in-vision.at/blog/post/developments-grow-with-the-exchange-of-experts">Cancer researches with Firebird UV-projector</a></li></ul>

FIREBIRD

3D Metrology and Machine Vision on DLP6500

Designed for 3D metrology, scanning and mapping applications, the Mercury light engine projects patterns with a resolution of 1440x1080 pixels and an aspect ratio of 4:3. The optical system offers a high depth-of-field, low distortion as well as high MTF values.

Apart from off-the-shelf lenses, customized modifications are available short-term through our in-house design and production lines

If you want to know <a href="https://in-vision.at/blog/post/how-does-3d-scanning-work">more about the 3d scanning process and for what it can be used read our blog story</a>.
<figure><a href="https://in-vision.at/blog/post/how-does-3d-scanning-work"><img src="https://cms.in-vision.at/assets/shutterstock_1099708553.jpg" alt="3d scanning" /></a></figure>