Flexible robots and rigid robots are both types of industrial robots, and the main difference between them lies in their structure and usage: Structure: Flexible robots typically have more flexible body cavities and/or joint structures, allowing for more complex form transformations, while rigid robots are composed of rigid rods and their joint connections, with relatively fewer degrees of freedom in motion. Control method: Flexible robots usually use force and visual perception based control systems, while rigid robots mainly use programming control. Application areas: Flexible robots are mainly used in healthcare and service robots, such as surgical robots, rescue robots, grass cutting robots, etc; Rigid robots are mainly used in automated production equipment such as assembly, spot welding, painting, cutting, etc. on industrial production lines...
At the end of the year, I praise the winter season, peace and joy, and the will to overcome all obstacles.
With the increasing market demand, the division of labor among enterprises is becoming increasingly refined. Manufacturing enterprises need a group of more professional and efficient service-oriented enterprises to provide them with protection, which also gives the opportunity for authorized service partners to emerge. Through the project of authorizing service partners, Siemens will work with ASP partners to comprehensively empower ASP in technology, business, management, and platform, enhance the competitiveness of partners, provide comprehensive services from basic services, value-added services to digital services for industrial enterprises, and enable numerous small and medium-sized enterprises with a large number and wide distribution to enjoy the digital dividend, accelerate the process of industrial digital transformation, and jointly b...
Warm celebration of Zhonghai De becoming an authorized service partner of Siemens Siemens Approved Service Partner (ASP) refers to a service provider that has been officially certified and authorized by Siemens. These partners, under the unified guidance and management of Siemens Industrial Business Customer Service Group, represent Siemens to provide customers with more convenient and efficient after-sales services. The ASP system ensures that customers, especially small and medium-sized enterprise customers located in industrial parks and clusters, can receive timely, professional, and efficient high-quality services to assist in their digital transformation....
With the continuous advancement of automation, the demand for robots in factory production lines is increasing day by day. In recent years, global robotics giant ABB has closely followed the pulse of the market and launched a series of innovative products. Recently, ABB Robotics has expanded its product lineup of modular industrial robot arms and launched two robots, IRB 7710 and IRB 7720, which offer 16 new variants designed specifically for various applications. Module design Traditional industrial robots are usually designed in a single way and cannot meet the differentiated needs of different application scenarios. ABB's modular robots break this constraint by standardizing and modularizing components such as the base, lower arm, upper arm, and wrist, making it easy to assemble dozens of different models and specification...
When it comes to rigidity, let's first talk about stiffness. Stiffness refers to the ability of a material or structure to resist elastic deformation under stress, and is a characterization of the difficulty of elastic deformation of a material or structure. The stiffness of materials is usually measured by the elastic modulus E. Within the macroscopic elastic range, stiffness is the proportional coefficient between the load and displacement of a component, that is, the force required to cause a unit displacement. Its reciprocal is called flexibility, which is the displacement caused by a unit force. Stiffness can be divided into static stiffness and dynamic stiffness. The stiffness (k) of a structure refers to the ability of an elastic body to resist deformation and tension. k=P/δ P is the constant force acting on the structure, and &delta...
