Ultra-thin non-oriented silicon steel for robotic motors and EVTOL

• ✔ High-performance non-oriented electrical steel for key applications
• ✔ Ultra-thin design (0.1mm - 0.65mm) for compact motors
• ✔ Optimized for humanoid robot and EVTOL vehicle motors
• ✔ Possibility of precise cutting and custom cutting
• ✔ High conductivity and minimal energy loss
• ✔ Durability and durability for long-term reliability
• ✔ RoHS certification for environmentally friendly and safe use

Discover the cutting-edge non-oriented silicon steel, an essential material for the construction of highly efficient and compact electric motors. This product is the ideal solution for demanding applications in modern robotics and aerospace, where every detail is crucial for performance and reliability. Explore the future of energy efficiency in your projects.

⚙️ What does this advanced steel offer?

• Material for new generation motors: This non-oriented electrical steel is made from premium raw materials by cold rolling, which ensures its excellent mechanical properties and resistance to welding and cutting.
• Precision and flexibility in processing: The material can be supplied in sheets or coils and is designed to allow precise cutting and die-cutting to specific requirements, minimizing waste and increasing production efficiency.
• Fast availability for your projects: Considering the dynamic needs of development and production, this product is available with efficient delivery times, supporting the rapid progress of your innovative projects.
• Environmental certification: The product complies with the RoHS Directive 2011/65/EU, ensuring that it does not contain hazardous substances and is a safe and environmentally responsible choice.
• Optimized performance and reliability: Cold-rolled and coated design ensures excellent mechanical properties and high conductivity, resulting in optimal performance in motor applications and long-term reliability.

🔬 Explore every detail

This non-oriented silicon steel is a strategic choice for engineers and developers seeking maximum efficiency and miniaturization. Its ultra-thin thickness, ranging from 0.1 mm to 0.65 mm, enables the design of motors with low weight and high power density, which is essential for autonomous systems, EVTOL flying vehicles and precision robotic joints. Thanks to cold-rolling technology and a special coating, the material achieves exceptional conductivity and minimizes energy loss, which directly translates into extended battery life and lower operating costs. Gain a competitive advantage with a material that pushes the boundaries of what is possible.

🤔 Are you bothered by the compromises between performance and size?

In modern robotics and EVTOL development, you are often faced with the need to integrate powerful motors into extremely limited spaces. Standard materials for electric motors can lead to larger and heavier components that reduce the overall efficiency, maneuverability, and endurance of the device. This limits design options and performance, whether it is the delicate work of robotic arms or the efficient flight of EVTOL machines.

🚀 Take back control with precision silicon steel!

Our high-performance non-oriented silicon steel is designed to eliminate these trade-offs. With its ultra-thin thickness and superior magnetic properties, it enables the design of motors that are smaller, lighter, and yet much more efficient. It minimizes energy loss, increases torque, and extends run time, resulting in significant performance improvements for your robotic systems and EVTOL applications. Invest in a material that delivers revolutionary solutions.

🌟 More than just features, real benefits

• Features: Ultra-thin design and low magnetic losses -> Benefit: Enables the construction of extremely compact and lightweight motors with high power density, ideal for miniaturized robotic applications and EVTOL.
• Features: High conductivity and optimized magnetic properties -> Benefit: Significantly increases the energy efficiency of motors, reduces energy consumption and extends the operating time of the equipment.
• Function: Possibility of precise cutting and custom die cutting -> Benefit: Minimizes material waste and streamlines the production process, leading to cost and time savings.
• Feature: Cold rolled design with coating -> Benefit: Ensures excellent mechanical resistance and durability of components, thereby extending the life and reliability of the final product.
• Feature: RoHS 2011/65/EU certification -> Benefit: Ensures compliance with strict environmental standards and allows the product to be used in sensitive and regulated industries.

🎯 Who is this steel the ideal choice for?

• Humanoid robot manufacturers: For the construction of articulated modules and precision grippers, where miniaturization and high performance are key.
• EVTOL and UAV developers: For efficient and lightweight engines that are the heart of electric vertical take-off and landing aircraft and advanced drones.
• Companies specializing in precision robotic components: For the production of critical parts of servo motors and actuators with extreme efficiency requirements.
• Research and development teams: For prototyping and innovation in the field of electric propulsion and autonomous systems.

❓ Do you have concerns? We will answer them

• Concern: How can I be sure of the quality and certification of the material? -> Answer: This silicon steel is made from high-quality raw materials and is fully certified according to the RoHS Directive 2011/65/EU, which guarantees its safety and compliance with standards.
• Concern: Can the material be customized to our specific production requirements? -> Answer: Yes, the product comes with the option of custom processing, including cutting, die-cutting and other shaping to perfectly suit your needs.
• Concern: How long does delivery take and how is availability ensured? -> Answer: The standard delivery time is 15-21 days, which allows for efficient planning of your projects and ensures quick access to the material.

📋 Technical specifications

Material type	Non-oriented silicon steel
Production technology	Cold rolled
Thickness	0.1mm - 0.65mm
Surface treatment	Coated
Available processing	Decoiling, Cutting, Punching
Estimated delivery time	15-21 days
Certification	RoHS 2011/65/EU

❓ Frequently Asked Questions

1. What primary applications is this silicon steel intended for?

This high-performance steel is ideal for electric motors in EVTOL vehicles and for articulated modules and grippers of humanoid robots, where high efficiency and compact design are required.

2. What are the main advantages of the ultra-thin design?

The ultra-thin thickness allows the size and weight of the motors to be minimized, which is key for applications with limited space and high power density requirements, such as robotic limbs or aircraft propulsion.

3. Is this material environmentally friendly?

Yes, the product is certified according to the RoHS Directive 2011/65/EU, which means that it does not contain hazardous substances and complies with environmental standards.

4. Can the material be customized to our specifications?

Yes, the manufacturer offers processing services such as custom cutting, cutting and punching, allowing the material to be tailored to the exact requirements of your project.

5. What is the usual delivery time for this product?

The standard delivery time is 15-21 days, ensuring efficient planning and timely availability for your production and development cycles.

6. What is the resistance of this steel to mechanical stress?

Thanks to cold rolling and coating technology, the steel is very strong and durable, suitable for demanding engine applications and for processes such as welding and cutting.

7. Why is non-oriented silicon steel suitable for electric motors?

The non-oriented structure and low magnetic losses minimize energy losses in the motor core, which increases its efficiency and reduces heat generated, extending the motor's life and reducing energy consumption.