Polaris Motion has the right motion controllers for your advanced application.
From modular, high-performance hardware to powerful software that can simulate your processes, we have the tools for your tools.
Motion Control Network
Mercury™ is Polaris Motion’s patented, Gbps, ns-precision, real-time network optimized for motion control. Mercury connects Polaris motion controllers with all of the drives on the network. Common systems use between 2 and 32 drives, but more than 100 drives can be on the network.
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Servo Motor Drives
Polaris drives deliver controlled power to a large variety of high performance motors. Powers range from sub hundred Watts to multiple kWatts. Single-phase and three-phase, linear and PWM drives are provided. The drives can be used for BLDC motors, spindle motors, voice coils and Galvo scanner motors.
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Application Development Software
Polaris OEM customers use Polaris software application development tools to create their own custom HMI applications. Tools are available to develop custom embedded code inside Polaris’ Intel/Linux based motion controller. Client HMI applications are developed using Polaris Motion’s extensive software libraries.
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Polaris G-Code Engine
Polaris Motion has been developing its G-code technology since 1996. It is a high-performance, reliable product. All of the fundamentals are supported, as well as new extensions such as “Cartesian G-code.” Up to nine axes of G-code are included (XYZ-ABC-UVW) and OEM customers can implement their own G-code extensions.
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Precision Laser Manufacturing
Polaris specializes in laser and motion control for demanding laser-based manufacturing processes, including laser micro machining, additive manufacturing and laser surface structuring. Key technologies include tight synchronization of laser control with multi-axis tool path generation.
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Robots & Multiaxis Machines
Polaris Motion uses advanced forward and inverse kinematics to make the control of multi-axis CNC machine tools, serial and parallel robots possible. The toolpath is described in the Cartesian coordinate system, and the actuator movements are computed automatically.
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Infinite Field of View (IFOV)
A laser Galvo scanner is fast but it’s field of view can be limited. A stage has a large area but it is slow compared to a Galvo scanner. Using the IFOV algorithm, stage and Galvo scanner motions are coordinated in a sophisticated manner enabling the creation of a large detailed parts in record time. Stitching errors are eliminated.
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Laser Control Technology
Polaris laser control technology is used to control continuous wave(CW) lasers, as well as nanosecond, picosecond and femtosecond pulsed lasers. A wide variety of techniques are employed including fixed pitch triggering and pulse-on-demand (POD) for pulse lasers and analog laser pulse shaping (ALPS) for CW lasers.
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