Our PLC for Sticker/Bottle Labeling Machine is designed for precise control and enhanced performance in labeling applications. Whether for stickers, bottles, cards, plywood, or holograms, this PLC ensures smooth operation, speed, and accuracy.
Key Features:
Display: Equipped with a compact 16×2 LCD display for clear and concise data visualization.
MMI Size: Compact design with a 144×144 mm interface and 9-key keypad, allowing easy navigation and control.
Digital I/O: Features 2 digital inputs and 2 digital outputs for efficient machine operation.
Stepper/Servo Drive Compatibility: Can interface with any Stepper or Servo drive to control the movement of the sticker pulling roller.
Versatile Application: Ideal for a variety of labeling machines, including sticker, bottle, card, plywood, and hologram labeling.
Auto Speed Selection: Automatically adjusts speed based on label size for optimal performance.
Drive Interface: Supports RS485 serial communication and Quadrature pulse for seamless drive interfacing.
Retrofit Ready: A perfect solution to retrofit mechanical or clutch brake-type machines, modernizing your system for improved performance.
Synchronization: Facilitates the synchronization of the label pulling roller with the movement of the conveyor motor for precise labeling.
Software Calibration: Built-in software calibration for easy length setting, accommodating various roller diameters and pulley ratios to ensure perfect label application.
This PLC is a ready-made solution for upgrading any labeling machine, offering high precision, efficiency, and flexibility across multiple applications.
Our PLC for Pad Printing Machine is engineered for precision control, offering flexibility across various printing operations. Designed to streamline pad printing processes, this PLC support multiple cycle options and provide accurate stroke adjustments for superior performance and output quality.
Key Features:
Cycle Modes: Supports multiple operating modes including Single Cycle/Single Stroke, Continuous Cycle/Single Stroke, Single Cycle/Double Stroke, and Continuous Cycle/Double Stroke for flexible operation.
Doctor Blade: Features a rear doctor blade system and continuous doctoring for consistent ink application and print quality.
Pad Stroke Adjustment: Adjustable pad stroke at both the object and the plate for optimal printing accuracy.
Shuttle Operation: Enables seamless shuttle operation for multi-color or multi-position printing tasks.
Foot Switch Control: Includes a foot switch for hands-free, easy operation during production runs.
Technical Details:
Display: Compact 16×2 LCD display for easy status monitoring and control.
MMI Size: Space-efficient 144×144 mm interface with a 10-key keypad for intuitive control.
Digital I/O: Equipped with 10 digital inputs and 8 digital outputs for robust machine integration and control.
Whether you need single or continuous cycle modes, precise pad stroke adjustment, or shuttle operations, our PLC for Pad Printing Machine is built to deliver consistent and reliable performance.
DIGIStep – DC Stepper Drive: Advanced DC Stepper Motor Driver
The DIGIStep – DC Stepper Drive is an advanced DC stepper motor driver that utilizes intelligent PWM technology. Featuring a microcontroller and MOSFET-based design consequently, this drive offers a wide variety of programmable functions and interfaces. As a result, it ensures optimum control over your stepping motors, enhancing performance and efficiency.
Key Features of the DIGIStep DC Stepper Motor Driver:
Programmability: Firstly, users can easily configure various settings to match their specific application needs. This flexibility allows for precise control over motion profiles and motor behavior.
Compatibility: Next, The DIGIStep drive supports both unipolar and bipolar two-phase DC stepping motors, therefore it a versatile choice for different projects.
Intelligent Control: Moreover, the microcontroller enhances the drive’s capabilities by offering features such as current control, acceleration profiles, and fault diagnostics. These features improve the overall performance of your stepper motor system.
User-Friendly Interface: In addition, the DIGIStep comes equipped with intuitive programming options, making setup and adjustments straightforward for users of all experience levels.
Compact Design: Finally, The compact form factor ensures easy integration into various applications such as robotics to CNC machinery.
Applications for example:
Robotics: First, Ideal for precise movement control in robotic applications.
CNC Machinery: Moreover, Perfect for driving motors in CNC routers, mills, and lathes.
3D Printing: subsequently offers reliable performance in 3D printing applications, ensuring accuracy in layer control.
Finally Upgrade Your Motor Control with DIGIStep:
With the DIGIStep DC Stepper Drive, you can achieve superior performance in your stepping motor applications. Ultimately, investing in this advanced DC stepper motor driver will enhance your system’s efficiency and also control therefore making it the perfect choice for engineers and hobbyists alike.
DIGIServo: AC Servo Drive is a state-of-the-art intelligent PWM drive designed to optimize the performance of AC servo motor across a variety of applications. By leveraging advanced microcontroller and Digital Signal Processing (DSP) technologies, our drives utilize efficient IGBT-IPM indigenous technology to deliver exceptional control and reliability.
Key Features for AC Servo Drive:
Intelligent Control: First and foremost, DIGIServos incorporate sophisticated algorithms that allow for precise positioning and speed control, making them ideal for applications requiring high accuracy.
Robust Design: In addition to their intelligent capabilities, these drives are built with durable materials and components, ensuring they can withstand demanding industrial environments while maintaining consistent performance.
Versatile Applications: Furthermore, DIGIServos are suitable for a range of applications, including robotics, CNC machinery, packaging, and conveyor systems. They adapt seamlessly to various operational requirements, enhancing their utility across multiple sectors.
Efficiency and Performance: Additionally, with advanced PWM technology, DIGIServos maximize energy efficiency, reducing operational costs while enhancing overall system performance.
User-Friendly Interface: Moreover, the intuitive setup and configuration process make it easy for users to integrate DIGIServos into existing systems, allowing for quick optimization of functionality.
Real-Time Monitoring: Lastly, equipped with monitoring capabilities, these drives provide real-time feedback on performance. This feature enables users to make informed decisions and adjustments as needed.
Benefits of AC Servo Drive:
As a result of these features, users can achieve precise control over motor functions, ensuring optimal operation and productivity. Furthermore, DIGIServos enhance the reliability and lifespan of servo systems with advanced protection features. They also reduce energy consumption while maintaining high-performance standards, which ultimately leads to lower operational costs. Finally, the streamlined automation processes and easy integration allow for a hassle-free user experience.
PRODUCT RANGE:
Torque
Power
(Watt)
RPM
1.2 NM
450
3000
2.2 NM
750
3000
4.7 NM
1000
2000
7.2 NM
1500
2000
9.6 NM
2000
2000
Application Area such as..
Plastic: In the plastic industry, DIGIServos excel in applications such as bag and pouch making, slitting, pipe cutting, and dozing. Therefore, they provide the precision and control needed for efficient production processes.
Pharmaceutical: Moreover, in the pharmaceutical sector, these drives are perfect for labeling, filling, and indexing. Consequently, they ensure accuracy and reliability, which are critical in meeting stringent regulatory standards.
Consumer/Food: Similarly, DIGIServos are utilized in consumer and food industries for labeling, filling, and indexing. As a result, they enhance the efficiency of packaging processes while maintaining high-quality standards.
Printing/Paper: In the printing and paper industries, DIGIServos are ideal for sticker and paper printing, embossing, cutting, and hot foil stamping. Thus, they contribute to producing intricate designs and high-quality prints.
Machine Tools: Furthermore, in machine tools, DIGIServos facilitate a variety of operations, including grinding, milling, drilling, lathe work, engraving, indexing, spark erosion, X-Y table movements, and multi-axis control (2/3/4/5 axis). Additionally, they can manage back gauge in shear and hydraulic press applications, providing versatility in machining processes.
Chemical: In the chemical industry, these drives are essential for applications such as filling, metering pumps, and servo valve control. Therefore, they play a vital role in ensuring precise measurements and operational efficiency.
Others: Finally, DIGIServos find applications in various other areas, including winding, box strapping, and gem/diamond cutting and polishing. Thus, they are an excellent choice for diverse industrial needs, providing the accuracy and performance required in these specialized tasks.
Enhance the efficiency and control of your hydraulic scrap baling machine with our state-of-the-art PLC (Programmable Logic Controller) system, specifically designed for hydraulic balers. This PLC offers advanced control features, real-time monitoring, and reliable operation, making it an ideal solution for optimizing scrap baling processes.
Key Features:
User Interface: Compact design measuring 281x133x100 mm.
Display: Clear 20×4 LCD screen for easy readability.
Keys: 23-key membrane keypad for intuitive control.
Digital Input/Output: 8 digital inputs and 16 digital outputs for versatile operations.
Operation Capabilities:
Real-time clock for accurate timing.
Password-protected parameter settings for security.
Safety curtain provision to enhance operator safety.
Tonnage pressure display for monitoring baling force.
Optional production history logging (hourly, daily, weekly).
Specifications:
Power Input: 230 VAC ± 10%, 47-53 Hz.
Digital Input: 10-30 VDC / 30mA, NPN-NO.
Digital Output: 24 VDC / 500mA.
Operating Temperature: 0-50°C.
Humidity Tolerance: 5-95% RH.
Application Area of PLC for Hydraulic Scrap Baling:
Specifically designed for hydraulic scrap baling machines, ensuring enhanced performance, safety, and operational control.
Upgrade your hydraulic baling machine with this PLC to improve productivity, safety, and control. Ideal for industrial applications requiring precise control and monitoring of baling operations.
