Founded in 1962, Control Techniques Dynamics is a pioneer in the design and manufacture of high-performance servo motors, and was one of the first companies in the world to specialise exclusively in brushless servo motor technology. Over the decades, Control Techniques Dynamics
has built a reputation for engineering excellence, delivering precision motion solutions to industries ranging from robotics and automation to aerospace and medical devices. “Integrating Control Techniques Dynamics
into Nidec Drives marks an exciting milestone,” said Randy Guzman, global vice president of Product Management and Marketing and Commercial Leader of this project. “By combining Control Techniques Dynamics’ proven innovation in our Servo Drive technology with our global reach and support network, we’re delivering even greater value, service, reliability and performance to customers worldwide.” This integration is designed to realign
strategic goals, enhance collaboration, and streamline operations across both organisations. By enabling cross-functional teams in sales, product management, engineering, operations, and supply chain to collaborate more closely, the initiative aims to redefine the servo drive and motor product portfolio, improve efficiency and reduce costs. Anthony Pickering, president of Nidec Motion Platform, commented: “Integrating Control Techniques Dynamics within Nidec Drives allows us to serve our customers better
than ever. By driving this collaboration and growth – we can offer better value servo solutions and support, as part of our ongoing strategic initiative as one Nidec.” This announcement follows the successful
integration of KB Electronics into the Nidec Drives family, further strengthening the company’s ability to deliver unified, high- performance solutions to global markets.
“Driving the development of products with
sustainability at the core while maintaining speed, cost efficiency and regulatory compliance requires radically expanded lifecycle intelligence to be available across the entire manufacturing organisation,” said Frances Evans, senior vice president, Lifecycle Collaboration Software, Siemens Digital Industries Software. “As industrial companies face challenging global compliance requirements and the need to reduce environmental impact, we are enabling our customers to leverage AI to design for sustainability, enable circularity, and optimise material choices from the start. With the full suite of lifecycle assessment capabilities from cradle to end of life in Teamcenter, our customers can transform product innovation with real-time environmental data.” Developed in collaboration with Makersite, Teamcenter Sustainability
Lifecycle Assessment is one of many ways Siemens is leveraging industrial data from the most comprehensive digital twin to unlock new insights. With the addition of AI-powered, predictive LCA data and analysis capabilities to Teamcenter, Siemens is adding a new layer of lifecycle intelligence that delivers the deepest insights for truly informed design and manufacturing decisions. Companies can eliminate data silos, streamline collaboration across design, engineering and sustainability teams, and make faster, more informed decisions at scale to develop compliant, safe, cost-effective and environmentally friendly products.
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The solution empowers engineering and manufacturing teams to assess a
product’s environmental compliance, supply chain risk and cost early and throughout the product’s lifecycle – integrated into mechanical product engineering, electronic/electrical design and simulation applications. Product teams can access ISO-compliant LCA reports with visibility
into indirect greenhouse gas emissions (Scope 2 and Scope 3) during early product development to significantly enhance the sustainability, compliance, and long-term profitability of their products. They can also analyse the results of multi-criteria simulation embedded directly into the product’s bill of materials, enabling companies to adopt eco-design strategies like modularity, recyclability and reuse.
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