RealMan Lightweight Robotic Arms and Collaborative Automation Solutions
Compact, Flexible Robots Built for Easier Automation Integration
RealMan robotic arms help manufacturers, equipment builders, and automation teams add flexible motion without taking up valuable floor space or overcomplicating system design. Their lightweight construction, compact footprint, integrated controls, and strong load-to-weight ratio make them well suited for applications that require efficient movement, responsive operation, and easier deployment.
Through All Air Inc., customers can access RealMan robotic arms with different reaches, payloads, degrees of freedom, and force-sensing capabilities, along with application support for mobile platforms, end-of-arm tooling, custom programming, and integrated robotic systems.
Ideal for applications that require:
- Lightweight robotic arms for space-constrained equipment
- Flexible reach, payload, and force-sensing options
- Drag teaching and collision-response capabilities
- Integration with mobile platforms and end-of-arm tooling
- Custom programming and secondary development
- Compact robotic solutions for research, service, and industrial automation
Explore RealMan Lightweight Robotic Arms and Automation Solutions
ECO65-AA Lightweight Robotic Arm for Flexible Cobot Applications
The RealMan ECO65-AA is a compact six-axis robotic arm designed for assembly, packaging, material handling, and other collaborative automation applications. Its lightweight design, integrated controller, collision detection, and multiple programming options help simplify deployment in space-constrained systems.
All Air exclusive: Includes the EG2-SF16 gripper.
- Degrees of freedom: 6
- Payload: 5 kg
- Weight: 7.8 kg; 8.03 kg with gripper
- Repeatability: ±0.05 mm
- Working radius: 610 mm
- Power supply: DC 20–30 V; DC 24 V nominal
- Power consumption: 200 W maximum; 100 W typical
- Protection rating: IP54 robotic arm body
- Materials: Aluminum alloy and ABS
- Controller: Integrated
- Communication: Wi-Fi, Ethernet, Bluetooth, USB serial, and RS485
- Control options: Drag teaching, teaching pendant, API, and JSON
- Joint range: J1 ±178°, J2 -135° to 178°, J3 -145° to 160°, J4 ±178°, J5 ±178°, J6 ±360°
- Maximum joint speed: J1–J2 180°/s; J3–J6 225°/s
ONLY $12,100.00
ECO65-AA+ 6-DOF Ultra-Lightweight Robotic Arm
ONLY $16,825.00
RealMan robot accessories help extend the flexibility of robotic systems with compatible end-of-arm tools, sensors, and mobile components that support changing application requirements.
Accessory options include:
- Robotic grippers
- Vacuum cups
- Robotic hands
- Sensors
- Mobile chassis components
- Integration modules
- End-of-arm tooling
These accessories help adapt RealMan robotic arms for tasks such as gripping, lifting, sensing, inspection, and mobile automation.
FRLs for Clean, Stable, and Controlled Compressed Air Systems
AIGNEP FRL systems (Filters, Regulators, and Lubricators) condition compressed air for consistent, reliable performance and protect downstream equipment from wear and downtime.
EVO Series FRLs include:
- Filters and coalescing filters
- Regulators
- Lubricators and combined FRL units
- Manual, pneumatic, and electro-pneumatic shut-off valves
- Soft start valves and air distributors
- Accessories
Mini FRLs include:
- Mini filters and coalescing filters
- Mini regulators (including quick exhaust and water variants)
- Mini filter-regulator-lubricator combinations
- Mini lubricators
- Accessories
These FRLs support both full-scale industrial systems and compact, machine-level installations, giving users flexible options for clean, controlled, and well-lubricated compressed air.
RealMan Robotic Arm Features
- High load-to-weight ratio: Lightweight robotic arms support payloads up to 5 kg and peak loads up to 9 kg, depending on the model and application.
- Compact installation: A small arm diameter and base footprint help reduce mounting space requirements in machines, mobile platforms, and work cells.
- Modular construction: Integrated components simplify installation, disassembly, maintenance, and system changes.
- Integrated controller: The controller is built into the robotic arm, eliminating the need for a traditional external control cabinet.
- Expandable interfaces: Plug-and-play connections support end-of-arm tools, sensors, mobile chassis, and other accessories.
- Low power consumption: A 20–30 V DC power supply and maximum consumption of 200 W support fixed and mobile automation applications.
- Collision response: Adjustable protection settings and torque monitoring help the arm stop when a collision threshold is reached.
- Drag teaching: Operators can guide the arm manually to create and reproduce motion paths.
- Open programming platform: API support includes C, C++, C#, and Python, along with Windows, Linux, and ROS compatibility.
- Wired and wireless connectivity: Multiple connection methods make it easier to program, control, and integrate the robotic arm without relying solely on control cables.
Video Examples
Have a Challenge? Let’s Find the Right Automation Solution.
Need help replacing a component, improving machine performance, or choosing the right product for your application? All Air Inc. helps customers solve pneumatic automation, motion control, sensing, machine safety, robotics, and industrial equipment challenges with trusted manufacturer partnerships, technical product knowledge, and responsive application support.
