MetaCore Intelligence
  • Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot
  • Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot
  • Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot
  • Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot
  • Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot
  • Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot
  • Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot
  • Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot
  • Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot
  • Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot

Franka Research 3 Dual arm Robot Seven axis Force Sensing ROS Mechanical Arm Force Control Collaborative Robot

Franka Research 3 dual-arm robot: 7-axis force sensing with torque sensors in all joints, 3 kg payload, 855 mm reach, ROS and 1 kHz low-level control for research.

  • Degrees of freedom:7
  • Payload:3 kg
  • Maximum reach:855 mm
  • Force/torque sensing:Link-side torque sensor in all 7 axes
  • Mounting flange:DIN ISO 9409-1-A50

USD 68600

Monthly Output200

contact shop

Product Description

FRANKA RESEARCH 3


The reference platform for global AI and robotics research


Franka Research 3 is a world-class force-sensitive robot system that provides researchers with easy-to-use robot features as well as low-level access to robot control and learning capabilities.

Functional Features

The Franka Research 3 robot system includes the Arm and its control.


The Arm features 7 degrees of freedom with torque sensors at each joint, making it force-sensitive and agile.


It achieves industrial-grade pose repeatability of +/-0.1 mm, with negligible path deviation even at high speeds.

It provides a payload of 3 kg, a reach of 855 mm and a workspace coverage of 94.5%.


FCI (Franka Control Interface)


FCI is an ideal interface for exploring low-level programming and control schemes. 


It provides the robot's current state and supports direct torque control at 1 kHz.


Built on the C++ interface libfranka, it also integrates with the most popular ecosystems ROS, ROS 2 and MATLAB & Simulink.

DESK


Desk is a browser based user interface that provides quick robot control options.


On Desk, users can create task behavior sequences, experiment settings, simple human-computer interaction, and quickly create complete tasks by dragging and dropping applications.


It is very suitable for rapid prototyping development in robot research and demonstration.






Watchman


Watchman is a browser-based user interface that simplifies complex safety settings, ensuring the safety of the laboratory and its personnel.



Resources and Community


An open and global research ecosystem that accelerates research outcomes and academic publications through a powerful robot platform. 


Franka Research 3 is a reference platform for consolidating existing research, sharing breakthrough findings, collaborating on projects, reproducing research and promoting publications within the community.


Product Display

End effectors and additional software

Franka Hand

A2 fixture, replaceable clamp head, fully integrated with Franka Research3 software, plug and play.


Application package for FR3

Selected applications and modular components can be combined into App Workflow to quickly build robot behavior prototypes.


RIDE

A development interface used for writing custom applications, connecting third-party hardware, and external resources. It is an ideal tool for customizing and expanding system functions.

Dimensional Drawin

(Left) Axis name and connecting rod distance [mm]

(Top right) 7th axis alignment (without end effector)

(Bottom right) 7th axis alignment (with Franka Hand)


Product parameters

Parameter

Value / Description

Arm

Degrees of freedom

7

Payload

3 kg

Maximum reach

855 mm

Force/torque sensing

Link-side torque sensor in   all 7 axes

Joint position limits

A1, A3: -166/166°; A2:   -105/105°; A4: -176/-7°; A5: -165/165°; A6: 25/265°; A7: -175/175°

Mounting flange

DIN ISO 9409-1-A50

Installation position

Upright

Weight

~17.8 kg

Protection rating

IP40

Ambient temperature

+5 °C to +45 °C

Air humidity

20-80%, non-condensing

Interfaces

Ethernet (TCP/IP) for   intuitive visual programming with Desk; safety-rated input for external   enabling device; 2 configurable safety-rated inputs for emergency stop devices,   safeguards or other protective devices (OSSD devices connectable via external   OSSD converter); hardware prepared for 2x DI & 2x DO (24V, isolated, EN   61131-2 type 3 characteristics, 100 Hz sampling rate); control connector;   end-effector connector

User interfaces at the Arm's   Pilot Grip

Integrated safety-rated   guiding enabling switch; guiding button; guiding mode selector

User interfaces at the Arm's   Pilot Disc

Status light; Pilot mode   selector; arrow keys, teach, confirm, delete

Control

Controller size (19")

355 × 483 × 89 mm (L × W ×   H)

Supply voltage

100-240 VAC

Mains frequency

50-60 Hz

Power consumption

~80 W

Active power factor   correction (PFC)

Yes

Weight

~7 kg

Protection rating

IP20

Ambient temperature

+5 °C to +45 °C

Air humidity

20-80%, non-condensing

Permitted mounting   orientation

Horizontal

Interfaces

Ethernet (TCP/IP) for   internet and/or shop-floor connection; power connector IEC 60320 C14   (V-Lock); arm connector

Exclusive Research Interface

Research interface

1 kHz Franka Control   Interface (FCI)

Performance - Motion

Joint velocity limits

A1-A4: 150°/s; A5-A7: 301°/s   (A6: 239°/s in FCI mode)

Cartesian velocity limits

Up to 2 m/s end-effector   speed

Pose repeatability

<±0.1 mm (ISO 9283)

Performance - Interaction

Guiding force

~2.5 N

Adjustable translational   stiffness

10-3000 N/m

Adjustable rotational   stiffness

1-300 Nm/rad

Monitored signals

Joint position, velocity,   torque; Cartesian position, force

Add-ons

Fully integrated end   effectors

2-finger gripper; vacuum   gripper

Fieldbuses

Modbus/TCP; OPC UA

Supplier Information

Company:MetaCore Intelligence

Email:[email protected]

Tel:17734786008

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