Safe and efficient heat recovery and solvent control solutions for industrial manufacturing

In the printing and converting processes, the release of solvent laden air directly into the atmosphere can have environmental and health implications.

Heat recovery units and LEL (lower explosive limit) monitoring systems are becoming the norm to ensure safety, compliance and savings. Heat usage is optimised by the use of recirculation through LEL sensors and/or air-to-air heat exchangers. The extracted air is then used effectively and optimised when taken to an RTO or solvent recovery system.

The NIRA Neptune is a lab based residual solvent analyser that uses gas chromatography to quickly analyse the residual solvents in single or multilayer films.

Frequently Asked Questions for Safety and Heat Recovery

The viewing area of ViewAXIS Mega is 128 mm (w) × 80 mm (h). The viewing area of our advanced web viewing system ViewAXIS Giga is 185 mm (w) x 140 mm (h) @ 1 x optical zoom at 266 DPI resolution and 13 mm x 10 mm @14 x optical zoom at 3783 DPI resolution.
The resolution of ViewAXIS Mega is 1900 x 1200 pixels and the zooming capacity is 4x; In case of ViewAXIS Giga is 1936 x 1464 pixels and the zooming capacity is 16x.
The ViewAXIS Mega comes with 22" full HD, LED backlit, touch screen, while the ViewAXIS Giga system comes with 32” full HD, full HD, LED backlit, touch screen. The optional dual monitor is also available.
Our system gives steady image at low speed 20 mpm to 350 mpm. For some applications, it can be used up to 1000 mpm.
Yes, both ViewAXIS Mega and ViewAXIS Giga can provide steady image for reflective films.
We can recall 4 memory positions for easy and quick access in manual mode but not in auto scan mode.
ViewAXIS Giga display allow to show the full repeat image, however, ViewAXIS Mega doesn’t have such capability.
X-ray vision is a method by way of which a viewer can see underneath the colours visible on the surface to the naked eye.
Optical zoom brings objects closer during capture, maintaining image quality by physically adjusting the lens. In contrast, digital zoom enlarges a portion of the image after capture, leading to a higher risk of quality loss, akin to pixelation when magnifying a small image.