Robot slide track ground track

Ground rail, also known as T-groove ground rail, ground beam, ground groove iron, foundation groove iron, etc., is a type of equipment used for assembly, testing, welding, and inspection of large equipment. It is mainly made of high-strength cast iron (HT200-300, HB170-240) and manufactured by sand molding method. The design of the ground rail allows for the adjustment of position based on the fixed points of the equipment, making it more flexible and convenient to operate large equipment. This type of equipment has a wide range of applications in the industrial field, especially in welding, casting, mechanical processing and other fields, used for controlling large equipment with convenient control and flexible execution of actions

Ground rail is a type of track system mainly used as a guide rail for automated three-dimensional warehouses, mechanical handling equipment such as AGV carts, elevators, and other cargo transportation operations. It is also known as a ground cage track, which is a non-standard customized product that can be freely disassembled in combination

A ground track is a device used to support and guide mechanical equipment to move along a specific path, commonly found in industrial production and logistics fields. The size and installation method of the ground rail depend on the specific application scenario and requirements

Ground rail is an important industrial equipment mainly used for the assembly, testing, welding, and inspection of large equipment. It is commonly referred to as cast iron ground rail, T-groove ground rail, ground groove iron, foundation rail, ground beam or cast iron ground beam. It is a load-bearing platform that can be spliced and used, suitable for large mechanical equipment. The design and manufacturing of ground rails are based on fixed points of equipment, which are spliced into a cast beam platform, saving material costs and effectively utilizing space. This platform is made of high-strength cast iron HT200-300, with a working surface hardness of HB170-240. It has undergone manual tempering treatment to ensure stable accuracy and good wear resistance of the product. The specifications of the ground rail can be customized according to user needs, which can be made according to drawings or designed and customized through mutual consultation. It is widely used in various industrial scenarios.

A six axis robotic arm consists of six rotating joints that can move in three planes, allowing the arm to perform various tasks in three-dimensional space. The design of a six axis robotic arm considers six degrees of freedom, enabling it to perform diverse tasks in various complex working environments. The independent movement of each axis allows for more flexible operation while maintaining high precision, which is one of the characteristics that other robotic arms do not possess. The six axis robotic arm can perform various tasks through different tools and accessories, making it widely used in different fields. It can be used in multiple processes such as assembly, handling, packaging, welding, etc., to meet the needs of different industries. This multifunctionality makes it a universal tool in various fields, providing flexible solutions for intelligent manufacturing. ‌

A ground rail slide is a device used to support and guide moving parts to perform reciprocating linear motion in a given direction. It is widely used in linear motion applications that require high precision and high load capacity, such as automated machinery, machine tools, bending machines, laser welding machines, etc. The main types of ground rail slides include roller linear guides, cylindrical linear guides, and ball linear guides, which provide different motion performance and load capacity depending on their structure and purpose. ‌

six axis collaborative robot with drag teaching function developed by BORUNTE, it has 5kg loading ability and 816mm arm span. It has collision detection and trajectory reproduction functions and also has the characteristics of safety, efficiency, intelligence, ease of use, flexibility, lightness, economic reliability, and low power consumption, greatly meeting the needs for human-machine cooperation. Its high sensitivity and fast response can be applied to high-density flexible production lines and can be used in product packaging, injection molding, loading and unloading, assembly and other operations, especially for the application needs of human-machine collaborative work.

Ground rail slide is a hardware connecting component mainly used for assembly, testing, welding, and inspection of large equipment. It is designed and assembled into a casting beam platform based on the fixed points of the equipment, suitable for scenarios that require high-strength load-bearing and precise motion control. The advantage of ground rail slides is that they can save material costs and occupy very little space, achieving high cost-effectiveness through this method

BRTIRUS1510A is a six-axis robot developed by BORUNTE.for complex applications with multiple degrees of freedom.The maximum load is 10KGthe maximum arm length is 1500mm. Lightweight arm design,compact and simple mechanical structure, in the state ofhigh speed movement, can be carried out in a small workspace flexible work, meet the needs of flexible productionIt has six degrees of flexibility.Suitable for painting,welding,mold ing,stamping,forging,handling,loadingassembling,etc. It adopts HC control system.It is suitable forinjection molding machine range from 200T-600T The protection grade reaches IP54 at the wrist and IP50 at the body. Dust-proof and water proof. The repeat positioning accuracyis+0.05mm

A six axis robotic arm is a type of robotic arm with six degrees of freedom, each joint can move independently, and it can move in six directions. This design allows the robotic arm to move flexibly on six degrees of freedom, enabling complex movements and operations in three-dimensional space, thereby achieving more precise and efficient operations.

Robot ground track is a type of robot walking axis, also known as the seventh axis of the robot, used to expand the radius of machine operation and expand the range of use. Mainly used in welding, casting, mechanical processing and other fields. The structure of the ground rail is mainly composed of steel structures, linear guides, gears, racks, servo motors, reducers, automatic lubrication machines for sliding rails (optional), drag chains and other limiting components. Compared with guide rails, ground rails, as actuators, have the characteristics of convenient control, flexible execution actions, and the ability to achieve complex spatial trajectory control.Robot guide rail is a high-tech system that integrates multiple disciplines such as computer science, control theory, mechanics, information and sensing technology, and artificial intelligence.