Glaston participating in Finland’s first industry-oriented machine learning project

Glaston participating in Finland’s first industry-oriented machine learning project
Photo source
www.glaston.net

Date: 5 June 2018

Launched within the framework of DIMECC Oy's LIFEX programme, the MIDAS project, which focuses on artificial intelligence, is Finland's first machine learning project in industry.

In addition to Glaston, the key actors of the two-year group project are Novatron, Nokia Technologies, Epec and Tampere University of Technology. The project is significant for the fact its research topics are business-oriented.

Glaston’s research topic is focused on tempering machine artificial intelligence, aimed at a fully automated tempering furnace. The MIDAS project continues Glaston’s work in utilising the opportunities created by digitalisation. Last year, digitalisation was supported by the glass industry startup event Step Change as well as the glass industry hackathon event Hack the Glass, which was held for the first time.  

“Glaston seeks to be a frontrunner in both technology and business practices. We are now participating in the DIMECC-led artificial intelligence consortium, because it was planned from an industry perspective and we have great opportunities to apply artificial intelligence in our furnaces and in the analysis of our installed machines. We invest in business-oriented research and develop glass processing, where we are recognised as being at the absolute peak globally,” says Glaston Corporation’s President & CEO, Arto Metsänen. 

Glaston invests heavily in product development, particularly in developing digital and IoT-based products such as, for example, utilising analytics, raising automation, developing continuous monitoring, and proactive maintenance.  

By utilising cloud services and the opportunities provided by IoT, Glaston helps its customers use their machines as efficiently as possible. As a frontrunner in its field of business, the company was the first to bring to the glass processing market a service that enables customers to monitor production in real time.  

The companies participating in the MIDAS project will cooperate closely with each other and with Tampere University of Technology (TUT). Also involved are researchers specialised in artificial intelligence, who have high expertise in the development of machine learning.  

“We are building TUT into a leading artificial intelligence research institution in industrial applications. The MIDAS project is possibly one of the biggest to date in the artificial intelligence programme funded by Business Finland,” says Professor Heikki Huttunen, a Tampere University of Technology artificial intelligence specialist. 

Glaston participating in Finland’s first industry-oriented machine learning project

600450 Glaston participating in Finland’s first industry-oriented machine learning project glassonweb.com

Others also read

Full Glass chooses to invest in a new Glaston RC Series tempering furnace - this time fully based on Glaston’s technology but built in China.
Glaston Corporation’s member of the Executive Leadership Team and SVP Services, Artturi Mäki, has decided to leave the company on 30 April 2024 to pursue new opportunities outside Glaston. Mäki joined Glaston in 2016.
Glaston Corporation will publish its January–March 2024 Interim Report on Friday May 3, 2024 at around 8.30 a.m. Finnish time.
As of the beginning of April 2024, Kimmo Kuusela has been appointed Senior Vice President of Sales and Service for Asia Pacific.
At Hall 1, booth 193, Satinal team will be glad to welcome you and share the extensive product range and get you focused on the latest news.
Interested in giving your existing glass-cutting equipment a new life? Glaston CNC96 retrofit is an in-house system engineered with exclusively developed hardware components used from 1996 until 2010.

Add new comment

From industry

NEWS RELATED PRODUCTS

Horn Glass Industries
SATINAL SPA
Glaston Corporation
LISEC Austria GmbH
R.C.N. Solutions Srl