Image/s credit: Mitsubishi Electric.

Mitsubishi Electric MELFA ASSISTA Cobot

company logo for Mitsubishi Electric Mitsubishi Electric

Country: Japan

Year: 2020

Summary

The MELFA ASSISTA is a user-friendly industrial cobot with a 5 kg rated payload, 910 mm reach, and intuitive visual programming for a variety of automation tasks.

Status: Commercially available

Operation: Collaborative, Tethered

Robot Type / Domain: Multi/General-Purpose, Industrial

Tasks: Pick-and-place, Material Handling, Assembly, Packaging

Technical Specifications

Max. Reach: 910 mm

Max. Reach: 35.827 in

Payload: 5 kg

Payload: 11.023 lbs

Max. Payload: 5.5 kg

Max. Payload: 12.125 lbs

Pose Repeatability: ± 0.03 mm

Pose Repeatability: ± 0.001 in

Weight: 32 kg

Weight: 70.548 lbs

Battery Operated? No, Tethered

Arm Type: Articulated, Collaborative

Number of Axes: 6 DoF

IP Rating: IP54

Mounting: Floor, Ceiling

Footprint: N/A

Operating Temperature: 0 ℃ to 40 ℃

Operating Temperature: 32.000 ℉ to 104.000 ℉

Max. Resultant Speed: 1,000 mm/s (high-speed operation)

Collaborative Speed: 250 mm/s (standard mode); 50 mm/s (low-speed mode)

Safety Features: Collision detection, safety-related motion monitoring, and collaborative operation functions

Sensors: Position Feedback: Absolute encoders | Programming Methods: Visual programming, direct teaching, and robot programming through supported engineering software

Software: Programming Software: MELSOFT RT VisualBox; RT ToolBox3 also supported

Controller & Computing: Mitsubishi Electric CR800-05VD

Actuators: AC servo motors with brakes on all six axes

No more specs to show.

Top 5+ Qualities (by addoobot)

What we find to be the top qualities of the Mitsubishi Electric MELFA ASSISTA Cobot:

  • Easy Visual Programming: Create robot programs using intuitive drag-and-drop blocks with MELSOFT RT VisualBox, without needing extensive programming knowledge.
  • Hand-Guided Teaching: Move the robot arm directly into position and teach movements using the operating buttons built into the arm.
  • Designed for Human Collaboration: Features a rounded arm design, safety functions, and collision detection to support shared human-robot workspaces.
  • Precise and Flexible: Offers six-axis movement, a 910 mm reach, and ±0.03 mm pose repeatability for various industrial tasks.
  • Easy Tool Integration: Supports compatible grippers, cameras, and other peripherals, with integrated wiring and pneumatic tubing.
  • Convenient Status Monitoring: A multicolour LED on the arm helps operators quickly identify the robot's operating status.
  • Flexible Installation: Supports both floor and ceiling mounting, allowing it to fit different production layouts.
  • Mobile Automation Potential: Can be integrated with an AGV or AMR platform for applications requiring mobility.

More Videos

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Learn More About MELFA ASSISTA Cobot
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Detailed Introduction of the MELFA ASSISTA Cobot
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Easy Control of the MELFA ASSISTA Cobot

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Applications: What Can MELFA ASSISTA Do

MELFA ASSISTA is designed for a variety of industrial automation tasks, particularly those involving relatively small components and repetitive operations. With its 5 kg rated payload, six-axis movement, and 910 mm reach, the robot is suitable for applications such as assembly, pick-and-place, material handling, and packaging.

For example, it can pick up components and position them for assembly, transfer items between workstations, or handle products during packaging. Its ±0.03 mm pose repeatability also makes it suitable for tasks requiring consistent positioning.

MELFA ASSISTA can also work with different grippers and vision systems, allowing it to handle a broader range of applications. Mitsubishi Electric offers access to compatible peripherals through its MELFA Robot Partners network.

The robot can be used in industries such as electronics and general manufacturing, where flexible automation and accurate, repetitive movements are important. The exact applications depend on the tooling, configuration, and operating requirements.

Easy Programming and Operation

One of MELFA ASSISTA's main strengths is how easy Mitsubishi Electric has made it to operate and program, including for people without extensive robotics experience.

The robot features operating buttons directly on its arm, allowing users to control and teach movements without relying on a traditional teaching pendant. With its direct teaching function, operators can physically guide the arm to the desired positions and record them for future operations.

Programming is further simplified through Mitsubishi Electric's MELSOFT RT VisualBox software. Instead of writing complicated code, users can create robot programs by arranging visual blocks representing different actions and operations.

The software also supports setting up compatible peripheral devices, such as grippers and vision sensors. For more advanced robot programming and configuration, Mitsubishi Electric's RT ToolBox3 software is another option.

Together, these features help make MELFA ASSISTA easier to introduce into production environments, especially where simple programming and straightforward operation are priorities.

Human-Robot Collaboration and Safety

MELFA ASSISTA was developed to allow humans and robots to work in shared industrial environments. Its design combines collaborative safety functions with physical features intended to reduce risks during operation.

The robot has a rounded arm design to help reduce collision forces, while its joint design provides clearance intended to reduce the risk of fingers or hands becoming trapped. It also uses safety-related monitoring functions, including collision detection, which can stop the robot when specified conditions are detected.

Another useful feature is the multicolour LED indicator on the robot arm, allowing nearby workers to identify its operating status.

Mitsubishi Electric states that MELFA ASSISTA conforms to ISO 10218-1 and ISO/TS 15066, standards relating to industrial robot safety and collaborative robot applications.

These features can support operation without conventional safety fences in suitable applications. However, collaborative does not automatically mean safe without guarding. The complete installation, including the robot's tools, workpieces, operating speeds, and surrounding equipment, must undergo a proper risk assessment before operation.

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