For small and medium-sized enterprises and large manufacturers, robot automation can help them improve power and work quality, reduce operating costs and improve sensitivity as long as they have the right equipment. Before deploying initiatives, companies must draw up a complete strategic plan. They need to understand how it works and how it will be used, understand the potential benefits of it, and have a clear understanding of the specific budget and operational strategy.
After figuring out these problems, the next step is not to select a robot, but to find a suitable end-of-arm thing that can be attached to the robot, and then arrange the active collaborative use.
Pick the right thing and finish the mission with excellence
It's understandable that companies that are new to automation may think that robots are the most important component. But in reality, it's the end-of-arm stuff, the EOAT, that is the stuff that deals with data and products. EOAT stuff can also be used to collect data, communicate bot mission commands, and communicate with objects, robots, and humans.
When selecting robot grippers, sensors, and quick-change devices, there are several factors to consider. Generally speaking, modern EOATs are not planned for a specific occupation and can be used in a variety of uses. As a result, companies can consider a single supplier that can supply a range of robot accessories for a wide variety of production needs. These robotic things require extremely short setup/reassembly times and are more powerful and messy to operate.
Companies that are transitioning to proactive production will need to focus on advanced EOAT stuff – something that will become even more important in the coming years. For example, the Federation of International Robotics estimates that by 2025, collaborative robots (cobots) designed for human-robot collaboration in industrial settings will account for about 35% of global robot sales. Cobot malls in the Asia-Pacific region are estimated to surpass European malls to become the world's largest malls by 2025. This increase can be attributed to the increasing demand for collaborative robots in our country, Japan, and Korea, especially in occupations such as electronics, automotive, metal, and machining. More cobots mean a lot of sensitive, multi-functional EOAT stuff that can make cobots smarter, more proactive, and then bring greater returns.
Another example is custom grippers designed for use in high-volume production environments for specific missions, where they have limited utility and potential for use. If there is a change in mission or production needs, which is especially common in consumer goods careers, custom grippers become useless and can only be replaced. This will actually slow down the production process and increase the production cost.
In contrast, OnRobot's RG2/RG6 electric grippers are capable of accomplishing multiple tasks with ease and are capable of handling a wide range of products in a variety of sizes and materials. In addition, the RG2/RG6 grippers combine seamless "out-of-the-box" and intuitive programming to significantly reduce development time by up to 30%.
From reducing long-term costs to inventing a more efficient and sensitive production environment, automated processes can help enterprises overcome existing challenges and ultimately bring them a greater competitive advantage. The same is true for SMEs and large enterprises.
Automation is no longer just for high-volume production. Small and medium-sized enterprises (SMEs) with low-volume production services and historical production data collection needs can/should take full advantage of modern advanced robotics and EOAT stuff, especially those with lower costs, to help them provide more viable solutions/services for their customers' low-budget projects.
Automation has many potential benefits for small and medium-sized businesses, such as more precise operations that reduce unit costs, and stronger functionality that allows companies to easily increase or decrease capacity based on demand. By enhancing their production capacity, small and medium-sized enterprises can stand out from their competitors and attract more customers with greater production needs.
However, it is important for all companies to formulate a proactive policy and to select what is conducive to achieving it. The selection of suitable and sensitive things and advanced intelligent accessories is conducive to reducing the cost of layout of the automation scheme, saving the time of installation and reinstallation, and significantly improving the collaboration and coverage of the entire automation process.
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Introduction to the DENSO Robot VP VS VM Series
Denso Robot VP VS VM series The world's most advanced high-speed functions have greatly improved productivity. Miniaturization A thin-design robot that pursues functionality and aesthetics
The maximum width of the robotic arm is 235mm
The compact body is used to create a wide range of motion
Connector Faces ...
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Accurate operation of the multi-functional trainer – DENSO robots
Multi-function trainer with hand-held approach with two-tier safety switch
Grasp the multi-function trainer with both hands to operate. To ensure safety, there are two levels of safety switches on the multi-function trainer. It is necessary to firmly grasp the control panel (which also functions as a motor SW) in order to perform precise operation.
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The cause of circuit board failure of industrial robots - Denso robots
1. Many parameters in the circuit board of the industrial robot are adjusted by software, and the margin of some parameters is adjusted too low, which is in the critical range.
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The type of electric motor in the robot drive system - Denso robots
The motors used in the drive system of industrial robots can be roughly subdivided into the following types:
1. Communication servo motors, including synchronous communication servo motors and reactive stepper motors.
2. DC servo motor ...
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Collision detection system for industrial robots - DENSO robots
With the development of technology, robots are starting to take on more and more complex tasks. These operations sometimes require the operator to be able to intervene at any time, so in this case, the safety of human-computer interaction is a crucial issue. In order to ensure safety, the controller needs to detect the robot and the operator in real time.
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Programming methods for DENSO industrial robots
1. Hardware Depiction Speech (HDLs)
Hardware depiction language is generally used to describe the electrical way of programming.
These words are quite familiar to some roboticists, as they are used to programming FPGAs. FPGAs allow you to develop electronic hardware without the need for physical ...
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Precautions for daily maintenance of manipulator - DENSO robot
As a traditional manufacturing enterprise, the use of manipulators to change the mode of production is the only way to reduce the dependence of enterprises on employment, reduce production costs, and achieve sustainable development. However, many enterprises lack daily maintenance awareness and professional knowledge after the introduction of manipulators, resulting in different manipulators.
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The main advantage of the palletizing robot is the DENSO robot
1. The palletizing ability of the palletizing robot is much higher than that of the traditional palletizer and manual palletizing;
2. The structure is very simple, the failure rate is low, and it is easy to maintain and repair;
3. The primary component is less spare parts and the cost is low;
4. The power consumption is low, and the power consumption is about ...
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The Denso Denso robot is connected to each part
1. CN5: Portable programmer
2. CN7: I0 Power (if you need to connect the output port and Robot Stop, Enable Stop import and export)
3. CN8: Import import, please connect with Denso import ...
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Denso robot servo press function
(1) Realize programmable press-fitting control, process monitoring and evaluation.
(2) Using 12-inch colorful LCD touch screen, all kinds of information at a glance, easy to operate.
(3) Up to 100 control programs can be set, ...
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DENSO robot controller settings
The robot controller is set up by a multi-function lecturer.
After the settings are changed, restart the robot controller and the settings are reflected.
Operation Path: Basic Screen - [F6 Settings] - [F5 Communication and Startup Rights] - [F5 SlaveMotion Settings]
Only in order to maintain etc.
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DENSO has developed the D-tote to make the PoC process DX
What is D-tote?
Based on the concept of "All of the parts on your hands", the data collected from the rental and installation of on-board equipment and the connection with on-board sensors are sent to the cloud through a common channel. D-tote is based on this principle.
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DENSO Robot Controller RC8
What is a robot manipulator?
The main task of the industrial robot control system is to control the movement direction, attitude and trajectory of the robot in the working space, the operation sequence and the time of action.
Together with its programming simplicity, software menu operation, friendly human-computer interaction ...
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The main applications of DENSO industrial robots
1. Ease of use of the robot
In China, industrial robots are widely used in the manufacturing industry, not only in the automobile industry, but also in the production of space shuttles, military equipment, high-speed railways, and small ball pens. Produce. It has expanded from relatively sophisticated occupations in food, health care and other fields.
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The structure of the industrial robot control system - Denso robot
Teaching box: The operation trajectory and parameter setting of the teaching robot, as well as all human-computer interaction operations, has its own independent CPU and storage unit, and realizes information interaction with the main computer in a serial communication mode.
Operation panel: Composed of various operation buttons, status indicators...
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Robot motor type – DENSO robot
There are multiple categories of robot motors, each with subtypes, each with its own applications and benefits.
Robotic actuators
Pneumatic actuators: These actuators use compressed air to function. Only a few active parts ...
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Robots with large loads affect efficiency and stability reasons
For traditional robots, it will be more difficult to control the robot with a large load, which greatly affects the efficiency and stability of the robot.
The main reasons for this are as follows:
(1) The traditional robot encoder is installed in the reducer input ...
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The difference between a new robot and an old robot
A new type of welding robot
The new robot has a brand new packaging, it's clean, but what else? When you buy a new welding robot, you get a guarantee that the machine will work within the standard range for a certain period of time. You also got a past without any problems ...
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DENSO robot architecture
Robot architecture refers to the structural method of information processing and manipulation logic of one or several robots in order to complete the specified target.
1. Differentiation according to function
According to the architecture of functional differentiation in artificial intelligence, it is attributed to traditional deliberative intelligence in artificial intelligence.
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The DENSO robot is controlled by a PC
At present, Japan's WAVE Denso Co., Ltd. is working on manufacturing plants for automotive, medical, electrical and electronic products, and is actively developing robot control middleware. It has developed the middleware "ORiN2SDK" that can be connected from a PC to a robot, providing an environment for the development of high-end application software ...
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