Keeping pace with the latest technologies, Dynaspede offers totally integrated automation control panels based on AC or DC drives. These are either stand-alone or multi-drive controls for various sections of a process plant or machinery. The various sections are controlled either in torque or speed mode with closed looped feedback systems employing different types of sensors such as encoders, load cells, torque transducers, thermocouples and pressure transducers.

Empowered with years of application engineering knowledge base, Dynaspede has mastered specialised programming skills, and developed dedicated control hardware and algorithms to achieve the perfect combination of control scheme for any machine or process to meet the industry's most exacting demands

With a combination of high-end PLC, DAQ and SCADA / Lab view software, we can provide you with full-fledged Management Information Systems.

• High response Servo Drive systems for positioning or point-to-point motion controls. Click below for catalogue on cut-to-length controls using servo drive.
• Precise cut-to-length or cut-to-mark machines for high speed label making or sheeting applications. Please view our catalogs for our wide range of applications.

Please view our catalogs for our wide range of applications.

Dynaspede’s Digital AC / DC Multi Drive Systems range from simple 2/3 drive configuration of a process machine to complex multi-motor high-speed position synchronisation based on critical process control feedbacks. The drive options could vary from all-Digital DC systems to a mix of AC and DC systems to full-vector controlled AC systems, with precise speed-feedback and tension / position control loops.

To complement the above drive solutions, Dynaspede offers PLC / PC based intelligent control and supervisory systems, specially fine-tuned to optimise your machine set-up, enhance production, maintain consistency, minimise human intervention and to provide you a need-based management control and MIS.

• Roto Control
• 5 Drive System
• 7 Drive System