Introduction In the automation industry, motors must work together to perform specific movements under certain mechanical conditions, which would otherwise be impossible to achieve by a single axis. Most often than not, multiple axes (drive + motor combination) are needed especially in factories (e.g.: plastic bottle industry, packaging industry, etc.), or in the medical field [...]

Introduction   In many motion control applications, handling high-inertia loads presents a significant challenge. Rapid starts or abrupt stops can introduce mechanical stress, vibrations, and excessive wear on the system, leading to reduced performance and increased maintenance costs. To address these challenges, Technosoft drives feature advanced trajectory generation algorithms, including the S-curve profile, which allows [...]

Introduction In high-performance motion control, tuning controllers is often a balancing act. A fixed set of PID or PI gains may work well at certain speeds or positions, but as operating conditions change, the same tuning can cause instability, overshoot, or sluggish response. This is where gain scheduling comes into play. Technosoft drives provide advanced [...]

Introduction Technosoft designs its intelligent drives around a distinctive principle: every unit, regardless of model or generation, functions as an interchangeable “black box.” This approach ensures smooth operation, ease of use and compatibility across the entire product range. In practice, a Technosoft drive bought today can be integrated just as easily as one designed many [...]

Technosoft drives are intelligent servo drives that can generate the motor trajectory using the embedded motion controller. In the same time, our drives also contain the needed PIDs to enable the motor to follow these user defined motion profiles. The following paragraphs will explain of how they do this:   Motion Profile Generation Technosoft drives [...]

  Introduction In every industry, manufacturers must look at every aspect such as the mechanics, motor, sensors, communication, size and shape of the machine etc. All of these must work together seamlessly to bring the best results starting from the initial requirements of the machine, in such a way that after adding up all the [...]

Dual-loop control is a servo drive strategy that uses both motor and load encoders to eliminate backlash, compensate for compliance, and ensure precise load positioning Introduction: Precision Challenges in Motion Control In motor control systems, unaddressed mechanical imperfections like backlash and load elasticity can lead to significant positioning errors, reduced precision, and even premature system [...]

Introduction In modern automation systems, flexibility and adaptability are not just advantages — they are necessities. As applications evolve, the ability to scale, reconfigure, or adapt hardware to new requirements becomes a key differentiator for motion control solutions. At TECHNOSOFT, we address this challenge by offering a highly adaptable solution: universal motion control. Our intelligent [...]

Introduction One of the most critical steps in motor control applications is ensuring the system can identify the motor’s exact position before starting the working cycle. This can be achieved on every power-on or reset through a process known as a homing. It allows the drive to position the motor to a reference point, called [...]

Technosoft intelligent drives/motors have the following communication interfaces: RS-232, USB, CAN-bus and EtherCAT. When using a CAN or EtherCAT master to control the motors, implementing complex motion sequences can be very difficult and time consuming. This is why our drives are able to work in a distributed intelligence way - between them and the master [...]