12kg Safety Brake Collaborative Robot

• Customization: Available
• Application: Handling
• Control Mode: Continuous Path Control
• Model NO.: ERC612/ERC612M
• Drive Mode: Electric
• Degree of Freedom: Six
• Condition: New
• Certification: ISO, CE
• After-sales Service: Yes
• Warranty: One Year
• Transport Package: Box
• Specification: 478*380*120mm
• Trademark: DLS
• Origin: Wuhan, China
• Production Capacity: 10000
• Package Size: 176.00cm * 96.00cm * 78.00cm
• Package Gross Weight: 50.000kg

Product Description

Cobot = Collaborative Robot
A robot that is specifically made to collaborate with people is called a collaborative robot. Industrial robots, on the other hand, were not designed to work alongside people, as evidenced by the fact that they are kept behind fences as a safety precaution. On the other hand, collaborative robots work autonomously with only a thin safety barrier separating them from the human workers.

 

Collaborative robots are often called "cobots", which is a contraction of "collaborative" and "robot".
 

Ideal for process optimization

A collaborative robot conducts laborious, filthy, physically taxing, and repetitive duties while a human employee handles the other activities. The human employee is liberated from arduous labor while at the same time being free to perform other duties more suited for a human intellect by automating repetitious and tiresome job routines.
 

Provides flexibility

Due to their focus on flexibility, collaborative robots are often smaller than industrial robots. A collaborative robot's placement can be quickly changed because the majority of them are lightweight and easy to move. Their adaptability reflects their flexibility as well; depending on the end effector placed, the robot may help with everything from quality inspection to palletizing.
The robot can do tasks with dexterity and precision comparable to humans thanks to end effectors equipped with cutting-edge vision and sensor technology. The ability of collaborative robots to be redeployed for new processes makes them appropriate for a high mix/low volume production. Additionally, self-installing software is starting to be included with an increasing number of collaborative robots
 

Collaborative robots are designed to be safe

Collaborative robots are created to be safe to engage with because they are meant to operate alongside actual human employees. Therefore, sophisticated built-in safety features that cause them to stop totally if they hit with anything other than the work item are a regular feature of collaborative robots.
When human workers are nearby, some collaborative robots can be put to slow down work speed.
Not only can the safety element be seen while examining the robots' features, but also when examining their design. Many collaborative robots have rounded edges so that they may function in environments where people are present without endangering them.

Easily learn new work paths

Robots that work collaboratively are special in that they may quickly pick up new work habits. The setup of more recent versions just requires a hand-guided demonstration in which the operator pulls the robot arm to demonstrate how to move.
As a result, there is no need for engineers or complex programming since the robot's software is so cutting-edge that it enables the robot to learn a new job route by simple imitation.
In some collaborative models, the operator draws the route using the software's graphical user interface to learn new work procedures.
A collaborative robot opens up new application possibilities because it is simple to teach. A collaborative robot, in contrast to an industrial robot, is not permanently confined to a single duty. This implies that you receive greater use and financial return from your investment.

Cost-effective means faster ROI

A collaborative robot is far less expensive than an industrial robot, and because you can use it in a variety of operations, you also benefit from a quicker return on investment. The payback period for certain collaborative robots is as little as 200 days. Manufacturing businesses are the most likely to use collaborative robots, and for good reason. They are perfect for automating a variety of activities because of their size and versatility, which enables organizations of nearly any size to boost output, enhance quality, and quickly adapt to shifting client expectations.
Robots that collaborate are frequently found in:

• Pick & Place operations
• Packaging & Palletizing
• Surface finishing
• Assembly operations
• Machine Tending
• Quality testing & Inspection

Although these are the most common uses, collaborative robots are now being used increasingly often in fields other than manufacturing. For example, more and more collaborative robots are entering the entertainment sector, whether as teleprompters or as components of attractions.
 

Robot Arm
Model	ERC612/ERC612M
Dead Weight	33.5kg
Payload	12kg
Degree of freedom	6
Working Radius	1304mm
Joint Range	(+/-360°)
maximum tool speed	3.2m/s
repeat positioning  accuracy	(+/-0.03mm)
tool side IO	2 x DI, 2 x DO, 1 x 24V,1 x AI, 1 x AO, 1 x RS485
cobot arm power supply	48V
length of cable	5.5m
installation method	Any angle
ISO certification	EN ISO 10218-1:2011
power consumption	about 500W  under normal  working conditions
material	aluminum alloy
operating ambient  temperature	0-50°C
operating ambient  humidity	5%~95%(non-condensing)

If you have any questions or query feel free to ask.Thankyou for your support.