Summary
Denmark-based Danisense integrates winding machines into its rapid prototyping setup.
Ruff winding machines allow for highly customized coil configurations for current sense transducers.
The new winding machines support various wire gauges and winding patterns for greater flexibility.
In-house prototyping reduces reliance on external suppliers and enhances IP protection.
Petar Ljushev, R&D Director, states that the investment pushes the boundaries of precision current measurement technology.
Article
Danisense, a company based in Denmark, has integrated winding machines into its rapid prototyping setup to improve the development process for next-generation current transducers and speed up their time to market. By incorporating Ruff winding machines into their system, Danisense is able to produce highly customized coil configurations in-house, which is a crucial component for creating precise current sense transducers.
These new winding machines are able to support a variety of wire gauges and winding patterns, providing greater flexibility in designing sensor coils with high accuracy, stability, and efficiency. This capability is essential for applications in power electronics, renewable energy, and high-performance industrial systems that require precise current measurement. By having the ability to create these coils in-house, Danisense is reducing its dependence on external suppliers, shortening development cycles, and enhancing intellectual property protection.
The addition of the new winding machines to their rapid prototyping setup allows Danisense to have greater control over the design and testing of their current transducers, according to Petar Ljushev, the R&D Director at the company. With this investment, Danisense aims to push the boundaries of precision current measurement technology and meet the evolving needs of their customers.
Overall, the integration of winding machines into Danisense’s prototyping setup has significantly improved their ability to create highly customized and precise current transducers. With the ability to design sensor coils in-house, the company has reduced its reliance on external suppliers, shortened development cycles, and enhanced intellectual property protection. This investment allows Danisense to continue innovating and meeting the needs of their customers in a rapidly evolving market.
The new winding machines have increased flexibility in designing sensor coils, allowing for high accuracy, stability, and efficiency in current transducers. This is essential for applications in power electronics, renewable energy, and high-performance industrial systems that require precise current measurement. By bringing more of the prototyping process in-house, Danisense has advanced its capabilities and strengthened its position in the market.
In conclusion, the integration of winding machines into Danisense’s rapid prototyping setup has been a strategic decision to improve the development process for current transducers. With the ability to produce highly customized coil configurations in-house, Danisense has enhanced its control over design and testing, reduced reliance on external suppliers, and accelerated time to market. This investment positions the company to continue pushing the boundaries of precision current measurement technology and meeting the evolving needs of customers in various industries.
Read the full article here
