Colours: Noir
Number of axes: 4
Max humidity (%): 80
Connections: Micro-USB,
Bluetooth 4.0 LE (smart) (24 Mbit/s)
certifications: CE (European Conformity)
Application areas : Education (School),
Office robot spot,
Instrument holder
Programming languages : Python,
Arduino,
Robot Operating System (ROS)
Condition / Production: In production,
Open Source
Features & Benefits: Easy programming,
Intuitive programming,
Ultra light
Axis 4 speed (°/s): 60
Payload (kg): 0.5
Min humidity (%): 30
Power supplies (V / Hz): 100
Max accessibility (mm): 320
Tool / Gripper Type: 3D printer kit,
Laser,
Pliers,
Vacuum suction cup,
Camera openMV
Average power consumption (W): 60
Tools Information: 12V/5A, 16g, with feedback, 0.4mm nozzle, 0.8kg capacity, 1kg max capacity, Consumption(35W), electrically controlled(6V/300mA), Leather, diameter 14mm, Dimensions(55mm*33mm*88mm), Dimensions(45mm*36mm*30mm), Dimensions(62mm*25mm*15mm) aluminum, Dimensions(92mm*50mm*18mm) aluminum, f2.0, .gcode file, FOV 118°, 3D printing kit: Type(E3D V6), Laser: Power 500mW, Wavelength 205nm, Material(PLA), max 40mm width object, OpenMV Camera: Focal length 2.8mm, Paper, Clamp: 58g, Plastic, Weight 140g, pressure 33kPa, Programmable in MicroPython, Universal support: 36g, Surface (Wood, Max T° 270°C, Printing size (10mm*10mm*10mm), Vacuum suction cup: Diameter 5mm~10mm, Clothing), Max printing speed 20mm/s, Max speed of 20mm/s
Controller Type: Arduino MEGA 2560
Controller information: 115200 bps, Aluminum, Custom-made ultra-thin gearbox, Dimensions(150mm*140mm*281mm), 12 bit encoder, Expandable I/O interface (I/O *27 / IIC *1 / 5V*1 / 12V*1 / Stepper*1)
Software: Open source,
uArm Play,
uArm Studio
Width (mm): 132
Development envelope (L x H x D, in mm): 692x309x346
Weight (kg): 2.2
Amplitudes Axis 1 Min / Max (°): '-0/+200
Amplitudes Axis 2 Min / Max (°): '-0/+135
Amplitudes Axis 3 Min / Max (°): '-0/+100
Amplitudes Axis 4 Min / Max (°): '-0/+180
Axis 1 speed (°/s): 40
Axis 2 speed (°/s): 40
Axis 3 speed (°/s): 40
Torque Axis 4 (Nm): 0.2
Photo credit : UFactory
Last Page Update: 18/02/2022