STEP1: WINCAPS III. IS ACTIVATED
LAUNCH WINCAPS III.
For details, please refer to "Chapter 3 Activation and Completion (P.11)".
STEP2: Creation of the project
Create a project based on the robot you are using (necessary data).
For details, please refer to "Chapter 4 Project Creation (P.47)".
STEP3: Creation of a robot program
Use the dedicated editor to create a robot action program.
For details, please refer to "Chapter 5 Creation of Procedures (P.61)".
STEP4: Lesson in action position
Run through the 3D view of the arm to envision the manipulator and teach the action position.
For details, please refer to "Chapter 6 Operation of the 3D View of the Arm (P.79)".
By importing simple imitation and 3D data, it is possible to set up peripherals on the 3D screen, and recognize the scale of the robot's movements and the interference with the equipment.
STEP5: Creation of a fulfillment program
Compile the created program and transform it into a data format that can be performed by the robot controller.
For details, please refer to "Chapter 5 Creation of Procedures (P.61)".
STEP6: Send data to the robot controller
Connect to the robot controller and send the data necessary for the robot action to the robot controller.
For details, refer to "4.7 Communication with the Robot Controller (P.53)".
STEP7: Action Recognition (Debugging)
Using the online function of WINCAPS III., we recognize the flow of the created program and the scale of the manipulator's action and the interference with the peripheral equipment
Wait. In the event of an abnormality, correct the program and repeat the work until it is correct.
For details, please refer to "Chapter 7 Online Functions (P.92)".
• Programs for the robot controller, which can be operated directly from WINCAPS III.
• By using the tracking log, it is possible to easily analyze the chaotic process flow of multiple tasks and the connection with other programs, and verify them efficiently
Certified robotic system.
• By using the I/O LOG, it is easy to adjust the timing with the surrounding equipment, and to adapt the movement* and shorten the cycle time.
STEP8: Back up your data
The data in the robot controller is saved as WINCAPS III. project data.
For details, refer to "4.7.2 Sending and receiving data (P.54)".
STEP9: COMPLETION OF WINCAPS III
FINISH WINCAPS III.
For details, please refer to "Chapter 3 Activation and Completion (P.11)".
|
More on that
|
DENSO robots are about user levels and permissions
IN WINCAPS III., USERS ARE DIVIDED INTO TWO LEVELS: OPERATOR AND PROGRAMMER, WITH THE INTENT OF DATA SECURITY, AND THE FUNCTIONS AND INFORMATION LIMITS THAT CAN BE VISITED ARE SET.
WHEN ACTIVATING WINCAPS III., THE USER SELECTS THE USER LEVEL AND LOGS IN.
|
|
How to choose the claw of industrial robot - Denso robot
Industrial robots need a precise and simple end-effector that can handle many different parts, and it is necessary to know what type of parts will be handled before selecting the claw of the industrial robot. This article lists six key points that we systematically consider when selecting a robot gripper ...
|
|
Causes of uneven electrostatic spraying of robots
The robotic electrostatic spraying equipment consists of a spray gun, a spray cup and an electrostatic spraying high-voltage power supply. When spraying, the spray gun, the spray cup and the paint particle parts are connected to the negative electrode, and the car is connected to the positive electrode and grounded, and an electrostatic field is formed between the end of the spray gun and the car. Coatings are mostly polymer organic conductive media ...
|
|
DENSO's COBOTTA compact collaborative robot weighs only 3.8 kg
COBOTTA is a desktop-class collaborative robotic arm launched by Japan's DENSO DENSO, which has been researching robots for 50 years in order to improve the automation of in-house factories. COBOTTA's human-friendly, compact and convenient planning allows users to quickly and easily ...
|
|
The key technology of laser processing robot - DENSO robot
Laser processing robot is to apply robot skills to laser processing, and complete a more flexible laser processing industry through high-precision industrial robots. The system can be operated online through the teaching pendant box and can also be programmed offline. The system is automatically inspected for the workpiece to be processed.
|
|
How to deal with the flower screen of the DENSO robot teach pendant
Fault Phenomenon: A six-axis electric robot manifests itself after being visualized by a power source.
Failure Analysis:
1. The LCD screen of the teach pendant is damaged.
2. The interface loop is faulty.
3. The control I/O chip is damaged.
...
|
|
Advantages and disadvantages of articulated robots – DENSO robots
Articulated robots, also known as articulated robotic arms or multi-articulated robots, have the movement of their individual joints rolling, similar to a human arm. Articulated robots are one of the most common shapes of industrial robots in today's industrial sector, and are suitable for mechanical automation operations in many industrial fields. ...
|
|
The giant of Denso's small robots
At the 15th China International Industrial Fair held in Shanghai recently, Denso, a global manufacturer of automotive parts, showcased its innovative skills such as the "New VS Series", a high-speed and easy-to-use small industrial robot (also known as a robot).
...
|
|
Robotic Industrial Robot Maintenance – Denso
1) Cleaning robots
Regularly clean the base and arm of the manipulator; High-pressure cleaning equipment can be used, but direct eruption to the manipulator should be prevented; If the manipulator has grease film maintenance, remove it as required. (The use of strong solvents such as acetone should be prevented, the use of plastic maintenance should be prevented, and the use of plastic should be prevented.
|
|
The process of creating a DENSO robot program
STEP 1: START WINCAPS III
LAUNCH WINCAPS III.
For details, please refer to "Chapter 3 Initiation and Closure (P.11)".
STEP2: Create a project
Create a project based on the robot used (necessary data).
For more information, please refer to ...
|
|
The difference between palletizing robots and handling robots - Denso
The palletizing robot is one of the transfer robots, which is the palletizing equipment on the production line. The palletizing robot has the characteristics of simple structure, few parts, small footprint, strong applicability, low energy consumption and simple operation. Its manipulator and body body can be rotated by means of an electronically controlled servo system and a central rotation device.
|
|
Denso's high-speed SCARA robot HSR automates bottle supply
Round containers are in huge demand in the packaging industry, and Denso's high-speed SCARA robot HSR improves the production productivity of food, cosmetics, medicine and medical products, and can complete the automation of bottle supply.
Feeding
After rotating the feeder, the guide object is discharged.
|
|
The difference between "four" and "six" in industrial robots
Among the four-axis SCARA robots and six-axis articulated robots, the four-axis robots are specially planned for high-speed pick-and-place operations, while the six-axis robots provide higher flexibility in production movements.
Four-axis robot
The first two joints of the SCARA robot are capable of left ...
|
|
Classification of the working principle of vacuum suction cups - Denso robots
How many types of vacuum suction cups can be divided into according to the working principle? How does it work?
It is divided into three categories according to the working principle:
· Vacuum suction cups. A vacuum pump is used to pump out the air from the adsorption head to form a vacuum;
· sucking ...
|
|
Characteristics of industrial robot joint transmission chain - Denso robot
The drive source of the industrial robot drives the movement or rotation of the joints through the transmission parts, and then completes the movement of the body, arms and wrists. Therefore, transmission parts are important components of industrial robots. According to different transmission types, transmission components can be divided into linear transmission organization and rotary transmission group.
|
|
The DENSO robot has a built-in vision connection method
Hardware articulation method
If it is a USB camera (IDS), it is connected to the USB port of the robot controller.
In the case of GigE cameras (Basler) and network cameras (Canon), they are connected to the LAN port of the robot controller through the HUB during punctuality, and directly connected to the machine during execution.
|
|
Denso Robotics is a pharmaceutical and medical · robot
DENSO Robotics is committed to automating pharmaceutical and medical device manufacturing processes and pharmaceutical formulations.
Robotic solutions that meet the stringent hygiene requirements of the pharmaceutical and medical industries. By automating production in a sterilization environment, foreign matter contamination, operator errors, and ...
|
|
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.
|
|
What safety precautions should be taken when operating an DENSO robot
Wear protective gear
Personnel who carry out the work should wear safety helmets, safety shoes, and goggles.
When using grease, wear protective gear such as gloves and goggles to prevent the grease from coming into contact with your skin or eyes.
Transportation, safety ...
|
|
Classification of joint robots - Denso robots
Articulated robots, also known as articulated arm robots or articulated robotic arms, are one of the most common shapes of industrial robots in today's industrial sector and are suitable for mechanical automation operations in many industrial sectors. For example, automatic installation, painting, transfer, welding and other operations, according to the structure of it ...
|
|