A breakthrough in automated production.

How one engineering company obtained the end-to-end flexibility and digital control they needed by switching their intelligent conveyance platform.

Speed, flexibility, control – elements most engineers working in automation strive to achieve, but don’t always obtain the first time around. This was the case for Transformix Engineering, a company whose culture is deeply rooted in creativity, inventiveness, and a refreshing boldness, when it comes to developing solutions for manufacturing automation.

Best known for their platform which consists of a series of plug and play modules that offer standard, multi-purpose, reconfigurable assets, Transformix sought to develop a technology that would redefine automated assembly.
READ CASE STUDY

Download the case study to see how Transformix learned the importance of selecting the best foundational platform in order to achieve an unprecedented level of performance combined with unmatched levels of standardization and versatility.

When launching the newest iteration of their platform, Transformix undertook a top-to-bottom reassessment of their platform’s architecture to make sure they had the best technology to support their initiative. The conveyance platform being used with the initial cell presented challenges with high settling times, over-heating, and required frequent preventative maintenance. Knowing that choosing the right intelligent conveyance platform would be essential to achieving the end-to-end flexibility and digital control they sought, Transformix began to seek alternative conveyance platforms.

Read the full case study to see how choosing the correct intelligent conveyance platform helped Transformix overcome their challenges and launch a groundbreaking technology that eliminates non-value-added losses and yields high-performance systems.

To learn more about selecting the right smart conveyance platform for your application, call or email the SuperTrak Team. +1(519)650-6521.
Email: SuperTrakTeam@atsautomation.com

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