BRAND CIRCLE
Delta creates energy-saving and efficient automation solution for Sinco Technology’s plastic blow moulding machine
Text by Delta Electronics (Thailand) 2020/08

Delta Electronics (Thailand) PCL. created its first ever all-electric blow moulding solution for Thailand’s leading plastic blow moulding machine manufacturer-Sinco Technology. With Delta’s custom-designed automation solution, Sinco Technology gets a major boost in energy savings, lower costs and added control features that offers a more advanced and competitive plastic blow moulding machine solution for customers. Delta’s automation solution offers DMCNET-based motion control, RS485-based temperature and Variable Frequency Drive control and is easier to wire which saves owners time on installation and optimization.

 “We’re happy Sinco Technology chose Delta over other top global leaders because of our specialized experience in designing and implementing automation solutions for plastic manufacturing machinery in Asia,” Mr. Stan Li, Delta Sales Director of Industrial Automation, said. “Delta works with customers to find the best solution and offers total service that includes installation, integration and operations training. We welcome the opportunity to be a global partner for leading Thai manufacturers and deliver on our brand promise: Smarter. Greener. Together.” 

The all-electric blow moulding solution can save time of installation and lower cost of maintenance

Mr. Suravut Kosintharanon, President of Sinco Technology, said, “The new all-electric blow moulding solution is a great addition to our offerings because it allows our customers to lower the cost of maintenance compared to legacy hydraulic systems. Customers can use the all-electric solution to produce food-grade containers and other quality plastic products that they cannot make with hydraulic systems. This solution is great for Industry 4.0 manufacturing that requires machines to deliver real-time production data to office-level management while supporting remote control and monitoring from different locations.”