Maglev Direct Drive Technology (ATT),The Bogut Group

Introduction to Direct Drive Technology (ATT)

In 2019, a research and development center was established to independently develop magnetic levitation intelligent transportation technology, including controllers, drivers, encoders and motors. At the same time, we jointly carry out continuous iterative research and development and application of magnetic levitation transportation systems with well-known universities and enterprises at home and abroad, and provide various solutions such as ring lines, connection lines and heavy-duty lines to serve different application scenarios in the market.

Technical summary

Direct drive technology, referred to as direct drive technology, refers to the use of electromagnetic technology to directly convert electrical energy into linear motion or rotary motion mechanical energy, minimize the drive technology of the intermediate transmission mechanism, simplify the mechanism design, and greatly improve the speed, accuracy, reliability, and application life.

ATT direct drive principle

ATT adopts the principle of long stator linear motor, which is composed of drive module, long stator track of electromagnetic coil, permanent magnet moving slider, position sensor, etc. The power output of the driving module will make the stator coil generate a set of alternating magnetic fields on its track surface, so as to drive the fast movement of the permanent magnet on the track, and realize the transfer and transportation of materials on the production line.

ATT product advantages

ATT Advanced Transfer technology vs. traditional transfer technology

High speed, high acceleration and high precision
Small footprint
Flexible configuration
Strong scalability
No cable dragging
Safe and clean
Easy to install and debug
Each actuator can be numbered and traced
Modular design is easy to maintain
digitized

Value for customers

Improve production time, improve factory efficiency
Compound cost is lower than traditional model
Reduce the difficulty of equipment development and reduce maintenance costs
Flexibly increase or decrease the number of actuators to achieve capacity increase or decrease
Flexible adjustment process to achieve multi-variety compatibility
Controllable and dispatchable, truly unmanned
Suitable for dust-free, light noise and other specific environment

Application scenarios of direct drive technology

3C electronic assembly line
Battery assembly line
Photovoltaic module assembly line
Insulin pen assembly line
Medical consumables assembly line
Automotive electronic assembly line
Semiconductor manufacturing line
Intelligent logistics line
High speed sorting control equipment
Flexible feed handling equipment

Intro

Non-standard Automation (FA+ATT)