Development and production of stepper motor drives since 1999
In-depth experience in motion-control and a wide range of products at your disposal.
Development and production of stepper motor drives since 1999
In-depth experience in motion-control and a wide range of products at your disposal.
Tailor-made solutions
Besides dedicated technical support during the application development, we are able to develop custom hardware and firmware according to your application needs
Experience
Since our foundation, in 1999, we remained loyal to the mission of developing drives that are reliable, cost-saving and easy-to-use
Research and development
Our drives have been conceived to maximize motor performances. The result is a product extremely compact with very-low power dissipation
Tailor-made solutions
Besides dedicated technical support during the application development, we are able to develop custom hardware and firmware according to your application needs
Experience
Since our foundation, in 1999, we remained loyal to the mission of developing drives that are reliable, cost-saving and easy-to-use
Research and development
Our drives have been conceived to maximize motor performances. The result is a product extremely compact with very-low power dissipation
Integrated drivers and motors
The use of high performance MOSFETs, the choice of high operating temperature components and the development of current control techniques to maximize the efficiency of the motor have allowed the installation of the drive directly on the motor. The main advantages are:
The simple integration of the encoder into the application, in order to solve the problem of step loss
Greater energy efficiency
Simplified electrical panel, lower heat dissipation
Decentralized architecture with consequent savings on wiring (the drives can act as an I / O module to collect the sensor signals and re-transmit them to the master via field-bus)
Integrated drivers and motors
The use of high performance MOSFETs, the choice of high operating temperature components and the development of current control techniques to maximize the efficiency of the motor have allowed the installation of the drive directly on the motor. The main advantages are:
The simple integration of the encoder into the application, in order to solve the problem of step loss
Greater energy efficiency
Simplified electrical panel, lower heat dissipation
Decentralized architecture with consequent savings on wiring (the drives can act as an I / O module to collect the sensor signals and re-transmit them to the master via field-bus)
Stand-alone drivers
The stand-alone drives, i.e. for installation inside the electrical panel, are available both with traditional control in the COM series and with fully digital control in the FD series.
With the new firmware V7, the FD drives are able to automatically acquire the characteristics of the motor, without the need for tuning, and are able to regulate the current in order to make the most of its torque.
In order to increase performance at high speeds, it is possible to enable automatic full step switching to increase the torque, keeping the current in sinusoidal micro-step at low speeds, with programmable resolution, in order to reduce vibrations and possible resonances.
Stand-alone drivers
The stand-alone drives, i.e. for installation inside the electrical panel, are available both with traditional control in the COM series and with fully digital control in the FD series.
With the new firmware V7, the FD drives are able to automatically acquire the characteristics of the motor, without the need for tuning, and are able to regulate the current in order to make the most of its torque.
In order to increase performance at high speeds, it is possible to enable automatic full step switching to increase the torque, keeping the current in sinusoidal micro-step at low speeds, with programmable resolution, in order to reduce vibrations and possible resonances.
