Lubricating glass-saving: autonomous lubrication robot for energy saving in glass industry (Q3988807): Difference between revisions
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XPAR Vision and STT Products develop and validate an autonomous intelligent lubrication robot for the glass packaging industry. With the current inaccurate production technology, it is necessary to measure the glass packaging 40 % over to prevent breakage. With the innovative robot, the process can be very accurate, so that the amount of glass per package can be significantly reduced, resulting in a CO2 reduction of up to 30 %. A 12 % CO2 reduction in transport and 3 % of waste streams will also be possible. This innovation is new to the world and is in line with the RIS3 agenda. The innovation yields a minimum of 15-20 fte in this region. (English) | |||||||||||||||
| Property / summary: XPAR Vision and STT Products develop and validate an autonomous intelligent lubrication robot for the glass packaging industry. With the current inaccurate production technology, it is necessary to measure the glass packaging 40 % over to prevent breakage. With the innovative robot, the process can be very accurate, so that the amount of glass per package can be significantly reduced, resulting in a CO2 reduction of up to 30 %. A 12 % CO2 reduction in transport and 3 % of waste streams will also be possible. This innovation is new to the world and is in line with the RIS3 agenda. The innovation yields a minimum of 15-20 fte in this region. (English) / rank | |||||||||||||||
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| Property / summary: XPAR Vision and STT Products develop and validate an autonomous intelligent lubrication robot for the glass packaging industry. With the current inaccurate production technology, it is necessary to measure the glass packaging 40 % over to prevent breakage. With the innovative robot, the process can be very accurate, so that the amount of glass per package can be significantly reduced, resulting in a CO2 reduction of up to 30 %. A 12 % CO2 reduction in transport and 3 % of waste streams will also be possible. This innovation is new to the world and is in line with the RIS3 agenda. The innovation yields a minimum of 15-20 fte in this region. (English) / qualifier | |||||||||||||||
point in time: 15 December 2021
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Revision as of 06:19, 15 December 2021
Project Q3988807 in Netherlands
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Lubricating glass-saving: autonomous lubrication robot for energy saving in glass industry |
Project Q3988807 in Netherlands |
Statements
1,313,479.17 Euro
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3,864,310.591 Euro
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33.99 percent
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8 September 2017
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30 November 2019
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STT Products B.V.
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53°10'11.42"N, 6°21'35.53"E
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9356 VG
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9700 AA
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XPAR Vision en STT Products ontwikkelen en valideren een autonome intelligente smeerrobot voor de glasverpakkingsindustrie. Met de huidige onnauwkeurige productietechnologie is het noodzakelijk om de glasverpakking 40% over te dimensioneren ter voorkoming van breuk. Met de innovatieve robot kan het proces zeer nauwkeurig worden, waardoor de hoeveelheid glas per verpakking significant verminderd kan worden met als resultaat een CO2-reductie tot 30%. Ook wordt een 12% CO2 reductie mogelijk in het transport en 3% van afvalstromen. Deze innovatie is nieuw voor de wereld en sluit aan bij de RIS3-agenda. De innovatie levert minimaal 15 à 20 fte op in deze regio. (Dutch)
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XPAR Vision and STT Products develop and validate an autonomous intelligent lubrication robot for the glass packaging industry. With the current inaccurate production technology, it is necessary to measure the glass packaging 40 % over to prevent breakage. With the innovative robot, the process can be very accurate, so that the amount of glass per package can be significantly reduced, resulting in a CO2 reduction of up to 30 %. A 12 % CO2 reduction in transport and 3 % of waste streams will also be possible. This innovation is new to the world and is in line with the RIS3 agenda. The innovation yields a minimum of 15-20 fte in this region. (English)
15 December 2021
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Identifiers
OP-2014-2023-Noord-OPSNN0181
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