Front Loader Machine tending robot

  Reliable AC Geared Motors are engineered to deliver smooth, silent operation, high torque, and versatile performance for demanding industrial applications. These motors combine the durability of AC technology with precision-engineered gear systems, making them ideal for continuous operation in automation, manufacturing, and material handling systems. One of the standout features of these AC geared motors is their wide range of gear ratios , allowing precise control of speed and torque to suit different application needs. Whether driving conveyors, mixers, pumps, or automated machinery, the gear ratio flexibility ensures the motor can provide the right balance of speed and force, optimizing efficiency and performance. The motors are designed for continuous industrial use , featuring robust construction and high-quality materials to withstand heavy-duty workloads and challenging operating environments. The precision gears inside the reducer deliver high torque transmission wi...

  The Servo Planetary Gear Reducer is an essential component in modern automation systems, engineered to deliver smooth motion control, high torque output, and compact design . Its planetary gear arrangement ensures that torque is evenly distributed across multiple gears, minimizing backlash and enhancing precision. This makes it ideal for applications where accurate positioning and repeatability are critical, such as robotics, CNC machines, and assembly automation. One of the key advantages of the servo planetary gear reducer is its ability to transmit high torque in a compact form factor . The concentric design allows for a high torque-to-size ratio, enabling powerful performance without occupying excessive space. This is particularly valuable in automated systems where both space and efficiency are at a premium. The reducer also contributes to smooth and silent operation . By distributing the load evenly among several planet gears, vibration and noise are significantly reduc...

  Our high-torque 2-phase stepper motors are designed for precise and reliable motion control in demanding applications for automation and CNC systems. Our stepper motors come with a standard step angle of 1.8 degrees. This provides precise positioning and smooth incremental movement for applications where precision is critical. Our stepper motors offer a wide range of torques from 0.24 Nm to 19 Nm. This means that our stepper motors can be used for applications ranging from light-duty positioning to heavy-duty industrial applications. Our stepper motors come in NEMA 17 to NEMA 42 frame sizes. This provides flexibility in design for different applications, from compact machines to heavy-duty CNC machines. One of the important advantages of these hybrid stepper motors is that they have low vibration and noise characteristics. The sophisticated construction and magnetic design enable smooth operation, even at increased speeds. The hybrid stepper motors are designed to last...

 Our high-performance stepper drives are engineered to deliver precision, reliability, and smooth motion control for demanding industrial applications. Designed with advanced microstepping technology, these drives support up to 4000 steps per revolution, ensuring exceptionally fine positioning and reduced vibration. This results in quieter operation, improved accuracy, and better surface finish—critical for applications such as CNC machining and medical equipment. With a versatile input range of 24–75VDC or 230VAC, these drives offer flexibility for integration into a wide range of systems, making them suitable for both new installations and upgrades. Capable of handling up to 6A per phase, they provide ample power to drive high-torque stepper motors while maintaining consistent performance even under varying load conditions. What sets these stepper drives apart is their ability to maintain stability and efficiency at higher speeds, minimizing missed steps and ensuring reliabl...

Cooling Fan - Strategi Automation Cooling fans play an important role in maintaining proper temperature levels in electronic devices, machinery, and industrial systems. As equipment operates, it naturally generates heat due to electrical and mechanical activity. If this heat is not managed effectively, it can lead to reduced performance, system instability, or even permanent damage to components. Cooling fans help solve this problem by continuously circulating air and dissipating excess heat, ensuring that systems operate within safe temperature limits. In electronic devices such as computers, power supplies, control panels, and industrial automation equipment, cooling fans are essential for preventing overheating. They work by drawing cool air into the system and pushing warm air out, creating a steady airflow that helps regulate internal temperatures. This airflow keeps sensitive electronic components like processors, circuit boards, and power modules functioning efficiently and re...

  Industrial Automation Sensors - Strategi Automation Sensors  are a crucial element of today’s technology, aimed at sensing physical changes in the environment and converting them to electrical signals that can be easily understood by the machine. These signals, therefore, allow the machine to have the ability to make decisions based on the changes that have occurred in the environment. Therefore, the main reason for the significant contribution of sensors to the field of automation, robots, and Internet of Things (IoT) is their ability to provide real-time signals. Sensors have been widely used in the field of industrial automation to sense various environmental changes such as temperature, pressure, proximity, motion, light, and humidity. For example, the use of proximity sensors has been widely applied to determine the presence or absence of objects, which helps the machine to perform its tasks accurately. Temperature and pressure sensors, on the other hand, have been ap...