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Denso Cobotta Desktop Collaborative Robot for Education and Research

Customization: Available
Application: Aerospace Industry, Automotive Industry, Electronics Industry, Food Industry, Metal Fabrication Industry, Pharmaceutical Industry, Plastic Industry
Control Mode: Point to Point Control

Product Description

Basic Specifications
Model NO.:COBOTTA
Degrees of Freedom:6-axis
Drive Mode:Electric
Trademark:DENSO
Origin:Japan
Payload:1 kg
Reach:300 mm
HS Code:8428700000
Product Description

Title: DENSO COBOTTA Desktop Collaborative Robot: A Comprehensive Guide for Education and Research

The DENSO COBOTTA Desktop Collaborative Robot is a cutting-edge educational and research tool designed for hands-on learning and experimentation in robotics. With its compact size, user-friendly interface, and versatile features, it is an ideal choice for both students and professionals.

Parameter Name Parameter Value
Robot Size300 x 300 x 300 mm
Weight5 kg
Reach300 mm
Payload1 kg
Speed0.3 m/s
Accuracy±0.1 mm
Control InterfaceUSB, Ethernet
Power Supply12V DC, 2A
Key Features
Compact and Portable: Easy to set up and use in various educational and research environments.
User-Friendly Interface: Simple and intuitive interface for easy programming and control.
Versatile Applications: Ideal for assembly, picking and placing, and demonstrations.
Safe and Collaborative: Designed with force and torque control to work safely alongside humans.
Usage & Application

Application Scenarios: Education (robotics & programming), Research (algorithm testing), and Industry (small-scale automation).

Quick Start Guide: 1. Unbox and inspect components; 2. Assemble according to instructions; 3. Power on (12V DC); 4. Program via provided software; 5. Operate via control interface.

Frequently Asked Questions
Q1: What is the maximum payload of the COBOTTA? The maximum payload of the DENSO COBOTTA Desktop Collaborative Robot is 1 kg.
Q2: Is the robot safe to use around humans? Yes, the robot is designed to work safely alongside humans, thanks to its force and torque control features.
Q3: What is the robot's accuracy? The robot has an accuracy of ±0.1 mm, making it suitable for precision tasks.
Q4: How do I program the robot? The robot can be programmed using the provided software tools, which offer a variety of programming languages and libraries.
Q5: Can the robot be used in a commercial setting? While primarily designed for research, it can be used for small-scale industrial automation tasks such as assembly.
Q6: What is the robot's reach? The robot has a reach of 300 mm, allowing it to perform various tasks within its workspace.

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