EU releases roadmap for additive manufacturing standardization

Abstract According to the European Commission website reported on July 3, additive manufacturing technology is based on computer-aided design (or CAD) data, the accumulation of material bottom-up layer by layer method has been proven to be of great value in many industries. In manufacturing, test methods, measurement techniques, data...
According to the European Commission website reported on July 3, additive manufacturing technology is based on computer-aided design (or CAD) data, the method of stacking materials from bottom to top, has been proved to be of great value in many industries. Standardization is essential in manufacturing, test methods, measurement techniques, data formats or quality indicators.

Under the auspices of the EU's Seventh Framework Programme, a project called “Additive Manufacturing Standardization Support Action (SASAM)” recently released a roadmap for the standardization of additive manufacturing.

The roadmap is intended as a template for European standards, which describes the importance of standardization for industrial applications and the development of existing additive manufacturing technology standards, clarifies the gap between standardization and priority standards, and ultimately contributes to industrial development. Meet best practices. By maintaining contact with key normative or standardization bodies, this goal will be ensured.

Additive manufacturing technology is an efficient and efficient way to produce high quality parts with complex geometries. In fact, it can produce parts and components that were not possible in the past. At the same time, it also minimizes the tooling and mechanical equipment required in the production process, reducing associated waste, power consumption and excessive installation.

However, additive manufacturing techniques have traditionally focused on the manufacture of prototypes, and by nature, this technique is not suitable for repetitive work that can be standardized. In addition, even in large batch production, messy process parameters can affect the quality of the product. Lack of standardization can lead to unacceptable rates of change, especially in the aerospace and biomedical fields.

Additive manufacturing technology will support innovation, cost and resource efficient production to maintain the EU's manufacturing competitiveness. The European Platform for AM (European Platform for AM) drafted a strategic research agenda that highlighted the important pillars of standardization and ultimately succeeded in developing a roadmap through SASAM.

Grow Light On Flowering

Ultra Plantâ„¢ Grow Light offers One Chip Technology aimed to meet your indoor growing expectation such as improve plants' quality, increase yield, or better the margin, etc., all for helping you realize a higher return on your crops.


Ultra Plantâ„¢ Grow Light is combined our advanced All-In-One technology with patented optical design and customized light full spectrum supported from our experienced LED engineers, plant specialists and other partners working on horticulture.


From Ultra Plantâ„¢ APP, you are able to schedule the growing process including photoperiod, brightness and spectral in advance. The lighting system will help you grow smarter, easier and better.


Ultra Plantâ„¢ is the most versatile horticultural grow lighting fixture for indoor plants with flexible full spectrum, brightness control and uniform, wider light distribution, suitable for top lighting of all types of crops. No matter it applies to anywhere for any crop, Ultra Plantâ„¢ can do perfect work for you.

Grow Light On Flowering,Flowering Grow Lights,Red Light For Flowering,Led Grow Light For Veg And Flower

Feton Corporation , https://www.ultraplantgrowlights.com