Robotics
The Lynch Motor's pancake design is significantly smaller and lighter than other conventional electric motors with the same power capacity on the market.
Providing a small and efficient solution to powering your robotic equipment.
Why use Lynch Electric Motors for your Robotic Solution
> One of the world's most efficient motors - Small, powerful and reliable
> Over 30 Years Research: The Lynch Motor benefits from over 30 years' of research and development, offering a high quality, efficient product.
> State of the Art Military Technology: Lynch Electric Motors are built to military grade excellence.
> Commercial Capabilities: Ideal for a variety of applications from unmanned security and heavy lifting through to military and drones.
Electric Robotic Solutions Case Studies
Electric Robotic Solution FAQs
What is electric robotic machinery?
Electric robotic machinery refers to automated systems powered by electric motors and controlled through software or programmable logic controllers (PLCs). These machines are designed to perform tasks such as assembly, material handling, welding, or precision movements.
What are the primary components of electric robotic machinery?
- Actuators: Electric motors (stepper, servo, or DC motors) to drive movements.
- Controllers: PLCs or microcontrollers to manage operations.
- Sensors: Detect position, force, temperature, or proximity for precise operations.
- End Effectors: Tools or devices attached to robotic arms, such as grippers, welders, or cutters.
- Power Supply: Provides electricity for motors and control systems.
- Software: Interfaces for programming and monitoring tasks.
What are the types of electric motors used in robotic machinery?
- Brushed DC Motors (BLDC): Offer high torque and reliability for demanding applications.
- Stepper Motors: Provide precise positioning and control.
- Servo Motors: Deliver high efficiency and smooth movement, suitable for complex tasks.
Lynch Motors are brushed DC Motors.
What tasks can electric robotic machinery perform?
- Assembly and manufacturing
- Packaging and sorting
- Welding and cutting
- Material handling and transport
- Inspection and quality control
- Precision machining and engraving
What are the benefits of using electric robotic machinery?
- High precision and repeatability
- Reduced operational costs
- Improved safety and reduced human error
- Scalability for various industrial tasks
- Environmental benefits from reduced energy consumption
