NIT Additive Manufacturing demo including WAAM and Laser Additive Manufacturing.

See the melt-pool and its hydrodynamics like never before!

A better definition of the melt-pool

To summarize why the WiDY SWIR camera is the perfect ally for Additive manufacturing process, we are glad to bring you our demonstration video.

This is the result of our collaboration with the Institut Maupertuis -a French technological center specialized in automated production technologies.

Through this test, we illustrate how our SWIR camera – WiDy SenS performs in very high flux scenes of the melt pool in Wire Arc Additive Manufacturing (WAAM) and Laser Additive Manufacturing processes:

• True shape and geometry of the Melt pool without blooming effect
• The temperature gradient and flow dynamics with SWIR wavelength.

Additive manufacturing case study

If you are interested in our anti-blooming technology for industrial applications and our SWIR products, we are always here to discuss more.

Related products

• WiDy SenS camera – NSC1601T-SI
• MAGIC camera – MC1003

NIT launches a new SWIR Gating imaging demo video. The video illustrates the WiDy SenS Gating capabilities and how to cover several applications with a single camera.

Get to know more our WiDy SenS in gating imaging application.
We glad to announce that our newest test of WiDy SenS camera is now available. This test compares the WiDy SenS performance, featuring SWIR Gated mode, with a visible camera. It illustrates the WiDy SenS Gating capabilities and how to over several applications with a single camera.

• Tomography
• See-spot
• Drone detection

Tomography.

3D reconstruction using Gating imaging
Step by Step delay increments for a 3D evaluation of the scene

Drone detection.

Drone detection in critical outdoor environment using the gated imaging capability of the WiDy SenS.
Complete background and foreground suppression for a clear identification of the drone threat.

Join us at SPIE Baltimore.
Attending SPIE Defense & Commercial sensing 2019? We’re excited to meet you at booth #224 and share our expert guidance, technologies, and SWIR products for advancing your vision ability in your application.

What we bring to SPIE 2019

Our WiDy SenS series, High Sensitivity & High Dynamic Range SWIR cameras, with the Gated mode option, are capable of providing high-quality images in all lighting conditions.

Don’t miss the chance to test our SWIR cameras’ performances on-site and discuss with our experts to get the cutting-edge SWIR products.
Schedule our meeting in advance to have a quality discussion.

See you there from April 16th -18th, 2019!

Get to know more our SWIR cameras in action.

With many advantages of NIT SWIR cameras, such as HDR patented technology, anti-blooming native functions, high frame rate, working with lasers become simpler.

Following the first part of our case study – Additive manufacturing, this time, discover how our SWIR cameras give the ability to bring an extra eye on the melt pool or any similar conditions.

Watch our demo to see the advantages of NIT SWIR cameras for semiconductor inspection

SWIR for inspection – Reveal the heart of your material.
For the past years, the SWIR band has been recognized as one of the best wavelength regions for industrial inspection. Whether detecting cracks or defects on a wafer or solar cells panels, InGaAs imaging devices are suited for seeing through silicon.

With HDR patented technology, high sensitivity, and a plug-and-play integration, NIT SWIR cameras, especially WiDy SenS, can help inspection process easier, more accurate and cost-effective.

Our demonstration, featuring NIT WiDy SenS and Effilux SWIR backlight, illustrates the advantages of NIT SWIR cameras versus visible cameras in detecting defects, trapped air and component observation for a silicon wafer.

Thanks, Effilux for this collaboration.

Happy to help.

NIT experts team is always available for all your needs. Please feel free to contact us to get your answers as soon as possible. 

About WiDy SenS

Among the WiDy family, the WiDy SenS offers the highest sensitivity in the SWIR band, makes it suitable for Semiconductor inspection. Thanks to a small pixel pitch of 15µm, the WiDy SenS camera can easily be used in a microscope inspection machine for small defect detections. The WiDy SenS cameras come with a 46x46x57mm3 form factor and represent a cost-effective solution for integration into a semiconductor production line. 

Last Thursday, February 14, NIT had proudly presented the final pitch for the Open Innovation Defense & Space challenge of AIRBUS and MBDA.

At Techinnov- Paris, NIT introduced and explained the concept in front of AIRBUS and MBDA as well as the public of industrialists and investors. As one of 10 chosen finalists, NIT won an award of 5000EUR to develop Defense & Space project.

Here are some photos of the award ceremony on February 14 at a Techinnov.

About The Open Innovation Defense & Space challenge

This competition is reserved for innovative start-ups and SMEs in the Paris region with civil or dual activities that meet the technological needs of the Airbus group.

“The innovative ideas challenge launched jointly by Airbus and MBDA in December 2018 attracted 63 original candidates” – according to AIRBUS.

Find out more about this event.

NIT and the Challenge

Working and developing HDR imaging sensors and cameras from Visible to SWIR band, NIT operates in a large number of different industries, but most of NIT solutions are found in the fields of defense, security. The goal is to provide a clear vision in all lighting conditions, for example, harsh environmental conditions, day and night, for defending or protecting people.

Nominated for innovative image sensors, NIT project illustrates how NIT future SWIR Hyperspectral development can improve defense and civilian airborne vision systems.

"Hyperspectral imaging (HSI) is a technique that analyzes a wide spectrum of light instead of just assigning primary colors (red, green, blue) to each pixel. The light striking each pixel is broken down into many different spectral bands in order to provide more information on what is imaged." - Armin Schneider, Hubertus Feussner

The advantage of this solution is reducing the cost for integration and drastically reducing the size of Hyperspectral SWIR system.

If you are interested in hyperspectral SWIR solution, please contact us for more information

Never settling down with the present success, NIT always continues providing better imaging solutions. This year, NIT brings you the best of the SWIR cameras, especially for industrial applications.

Discover through several episodes of how our large WiDy Family improves today’s and tomorrow’s challenges in several industries fields.

A new opportunity of NIT HDR SWIR camera?

Laser additive manufacturing.

After decades of development, lasers are used with various industrial applications including cutting, drilling, welding, etc.. and recently in the additive manufacturing industry (3D printing).

A camera with the appropriate wavelength will give the operator the ability to optimize the fabrications processes. Our first episode takes a closer look at WiDy SWIR cameras as the allies of laser additive manufacturing processes.

Don’t hesitate to contact if you have any questions.
See you in the next episode!

New brochures releases!

Starting a new year with a fresher look, we are pleased to bring you more informative documents including:

•  SWIR cameras brochure – the WiDy family: a brief view of NIT SWIR camera family with a fresher look.
•  Application brochure: NIT unique technology in applications glimpse.
•  Our website has been updated to fit these changes. So don’t forget to take a glance: SWIR products