It is a low-cost, compact, and lightweight 6-axis vertical articulated robot.
Despite having a portable mass of approximately 3.5 kg, it has been designed and developed to achieve a compact size for use in factories, laboratories, and various other applications. It uses a small 200V-driven ABS servo motor and a 24V-driven AC servo motor, incorporating harmonic gears on all axes to achieve high performance. The newly developed compact servo driver includes an interface with the image sensor SPS, making it extremely easy to create a system that integrates with image processing systems.
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basic information
○Compact, low-cost, high-performance ★Adopts a compact AC servo driver ★Uses harmonic gears ★Built-in servo driver ○User-friendly ★Wide working range and high-speed movement ★Easy teaching with orthogonal jog ★PTP linear movement ○Equipped with standard software Fics-V ★Motor control and sequence control ★Control from host computer ○Compatible with serial ring type I/O modules ★256DI・256DO ○Flexible system configuration ★We respond to various requests ★Feel free to consult us about incorporating our control system into user-designed robots.
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○Compact, low-cost, high-performance ★Adopts a compact AC servo driver ★Uses harmonic gears ★Built-in servo driver ○User-friendly ★Wide working range and high-speed movement ★Easy teaching with orthogonal jog ★PTP linear movement ○Equipped with standard software Fics-V ★Motor control and sequence control ★Control from host computer ○Compatible with serial ring type I/O modules ★256DI・256DO ○Flexible system configuration ★We will respond to various requests ★Feel free to consult us about incorporating our control system into user-designed robots.
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In response to the advancement of systems, we are actively engaged in the design and development of robot control through the integration of motor control and image recognition systems. As the needs of society become increasingly complex today, a broad range of knowledge and more advanced technical skills are required to solve the problems we face. Dynax aims to respond to this by creating sophisticated and meticulous hardware and software based on the combination of various specialized knowledge. Through these efforts, we aspire to be a presence that can contribute to society, even if just a little.
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