Sparklike introducing new technology to measure insulating glass

CEO Miikkael Niemi introducing

new non-invasive technology to measure insulating glass

15 years ago, a team of academics solved how to measure insulating glass gas concentration without breaking the glass unit.

After reading this presentation you will see that our new technology is just as revolutionary.

Glass industry is evolving and new innovations are emerging:low E-coatings and triple glazing just to name a few.

Giving a guarantee of the manufacturing quality is becoming a real advantage to win in the market place.

Though our Sparklike Handheld V2 is the only one in the market that can measure the gas fill without breaking the glass, we wanted more.

• Measure through coatings and laminations

• Separate multiple cavities

• Measure range of 0 – 100% argon

GASGLASS LASER

New era of non-invasive insulating glass gas measurement.

GASGLASS LASER Features & Specifications

• Based on reflection measurement

• Operated only on one side of the glass

• Measuring time: 15 – 35 s

• Measuring range 0 – 100 % argon

• Accuracy: +-1,5% (St. dev)

• Maximum IG thickness: 50 mm (2”)

• Minimum pane thinness: 2mm (0.5/64”)

• Capability to save and export results

GASGLASS LASER Technology

• Based on laser technology (TDLAS) operating in 760nm range

• Safe for the eyes, class 1 laser

• Based on oxygen absorption

• Limitation: transmission of the coating

• Special requirements: argon flushing for the measuring head

• Internal temperature control and self check

• Patents pending

GASGLASS LASER Readiness for online Installation

• Controlled by PC or through industrial ethernet protocol

• Capable to receive and return data to a production system

GASGLASS LASER Availability

• Commercially available during Spring 2015

For more information: www.sparklike.commiikkael.niemi@sparklike.com