Description
Ace Ed Robot Arm
Introducing the Ace Ed Arm Robot, a 6 degrees of freedom robot arm with a working radius of 700 mm and a maximum load capacity of 3 kg. It offers precise movement and positioning with a position repeatability of ±0.05 mm and maximum speed of 500 mm/s. The robot is powered by an STM-32 control system and is suitable for a variety of applications including educational, business and industrial use.
Revolutionize Your Workflow with the Ace Ed Robot Arm
The Ace Ed offers wide working range allows for maximum flexibility in a variety of applications. Constructed with durable 6061 aluminum alloy and designed to operate in a wide range of temperatures and humidity levels, this robot is built to withstand demanding environments. It includes interfaces for I/O input points, special output, special input, and robot-specific terminals. Communication options include RS232 and RS485. The operation modes include demonstration, reproduction, and remote, with programming options of keyboard input, demonstration reproduction, and process programming.
Designed to Meet Your Environmental Needs
The Ace Ed is designed to operate in a wide range of temperatures (5°C-40°C) and humidity levels (10%-80%) and has a noise level of <80dB. The robot can be installed on a table top, side mount, or flip mount, making it adaptable to a variety of environments and applications.
Powerful and Efficient Operation
The Ace Ed has a maximum load capacity of 3 kg and a rated load of 2 kg, making it suitable for a variety of tasks. The robot’s body weight is only 23 kg and it has a total power of 1000W, making it easy to install and use.
The robot arm’s power plant includes integrated servo motors with multi turn absolute encoders (4pcs) and integrated servo motors with brakes including multi-turn absolute encoders (2pcs), ensuring smooth and precise operation.
Flexible Programming Modes for Ace Ed Robot Arm
The Ace Ed robot arm is a high-performance and versatile robotic arm with variety of control options. The STM-32 control system features a tandem joint robot arm control algorithm, an API for integration with automation production lines, and a DLL function interface for secondary development. The system includes a demonstration box and support for G code operation.
A High-Performance Solution for Your Automation Needs
Introducing The Ace Ed Robot Arm – a high-performance, versatile, and user-friendly robotic arm that boasts high repeatability accuracy, fast operation speed, and durable industrial-grade components. With its advanced harmonic reducer, full servo motor, and multi-turn absolute value coding, this robot arm is able to accurately record and maintain positions for precise and efficient operations. The Ace Ed robot arm is suitable for a range of applications including vertical multi-joint tandem, parallelogram, L-shaped wrist, polar coordinate, horizontal joint and delta robot. Upgrade your production or educational facilities with the Ace Ed Robot Arm today.
Range
| Specification | Ace Ed |
|---|---|
| Degree of Freedom | 6 |
| Working radius | 700 mm |
| Maximum load | 3 kg |
| Rated Load | 2 kg |
| Working Range Axis 1 | -175°-+175° |
| Working Range Axis 2 | -130°-+50° |
| Working Range Axis 3 | -120°-+50° |
| Working Range Axis 4 | -175°-+175° |
| Working Range Axis 5 | -120°-+120° |
| Working Range Axis 6 | -180°-+180° |
| Position reputability | ±0.05 mm |
| Maximum speed for terminal axis | 500 mm/s |
| Body weight | 23 kg |
| Input voltage | 220 V |
| Total power | 1000W |
| Noise Level | < 80dB |
| Environmental requirement(Temperature) | 5°C-40°C |
| Environmental requirements(Humidity) | 10%-80% |
| Installation | Table top, side mount, flip mount |
| Fuselage material | 6061 Aluminum Alloy |
| Power plant | Integrated servo motor contains multiturn absolute encoders (4pcs) Integrated servo motor with brake including multi-turn absolute encoder (2pcs) |
| Reduction gear | Harmonic deceleration (1-6 axis) |
| Back to zero position | Multi turn absolute encoder |
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Michelle M. –
Thanks! this has been a great platform for my students