What are the processing methods of robot precision parts

There are 3 methods of precision parts machining that I know about:

1. According to the classification of machine tool parts for the processing of robot precision parts, the classification of important components of the installation machine tool can be divided into: box, base, spindle, flange, sheet metal, etc.

2. Classification of robot precision machining methods according to the production process.

Different equipment corresponds to different processes, the most common equipment is the lathe, which includes CNC lathes and ordinary lathes, and CNC and general lathes include, planers, milling machines, grinding machines, wire cutting machines, etc.

Third, the processing of robot precision parts is actually the process of changing the size or performance of the product, Shenzhen Huiwen intelligent manufacturing technology **** CNC machining as the core process, and according to the temperature environment of the parts when processing, the precision parts processing can be divided into hot processing and cold processing. At room temperature we call it cold working, and at high or low temperature we call it hot working.

Machining is a process in which machining machinery is used to change the dimensions or properties of a workpiece. According to the temperature state of the workpiece to be processed, it is divided into cold working and hot working. Generally, it is processed at room temperature and does not cause chemical or phase changes of the workpiece, which is called cold working.

Generally, processing above or below the normal temperature will cause chemical or phase changes of the workpiece, which is called thermal processing. Cold working can be divided into cutting processing and pressure processing according to the difference of processing method and hand style. Common types of heat work include heat treatment, forcination, casting, and welding.

In addition, hot and cold treatment is often used during assembly. For example, when assembling bearings, the inner ring is often cooled in liquid nitrogen to shrink its size, and the outer ring is properly heated to enlarge its size, and then assembled together.

The outer ring of the train's wheels is also heated to the substrate to ensure that the bond is strong when it is cooled (this method is still used in the transfer process of some parts). Machining includes: filament power winding, laser cutting, heavy machining, metal bonding, metal drawing, plasma cutting, precision welding, roll forming, metal sheet bending forming, die rock forging, water jet cutting, precision welding, etc.

Machining: Machining in a broad sense refers to the process of manufacturing products by mechanical means; The narrow meaning is the use of lathes, milling machines, drilling machines, grinding machines, and stamping machines. There are many devices that will be used in the process of precision machining, and some of the commonly used mechanical equipment are listed below:

Such as rough and auspicious wire cutting, EDM, deep hole EDM, CNC optical projection grinding, tool grinder, universal grinder, NC coreless grinder, surface grinder, inner diameter and outer diameter grinding, precision surface grinder, precision forming grinder, large water mill, NC milling machine, grinding machine, machining center, PVD titanium plating machine, laser welding machine, carbonized water cleaning machine, barrel grinder, vacuum heat treatment furnace and so on.

Precision machining, machining accuracy, surface file royal roughness ra value processing. The processing methods include diamond turning, diamond return boring, grinding, honing, abrasive belt grinding, mirror grinding, etc. Precision machining is a process in which the dimensions or properties of a workpiece are changed by machining machinery.

According to the temperature state of the workpiece to be processed, it is divided into cold working and hot working. Generally, it is processed at room temperature, and does not cause chemical or phase changes of the workpiece. Generally, processing above or below the normal temperature will cause chemical or phase changes of the workpiece, which is called thermal processing.

Cold working can be divided into cutting and pressure processing according to the difference in processing methods. Precision machining includes, ultrasonic machining, polishing, wire cutting, grinding, etc., and the corresponding processing equipment is generally high-end.

Precision machining generally refers to the machining method that processes the Song stove with an accuracy of 1 micron; Precision machining is achieved under strictly controlled environmental conditions, using precision machine tools and precision measuring tools and measuring instruments; Precision machining mainly includes finishing turning, fine boring, fine milling, fine grinding and grinding and other processes; The process effect of precision machining is: the geometric shape and mutual position accuracy of wild orange parts reach the micron or arc second level; The limit or feature size tolerance of the part is below microns; The microscopic unevenness of the surface of the part (the average height difference of the surface unevenness) is less than microns; The interparts can meet the requirements of the matching force; Some parts can also meet precise mechanical or other physical property requirements.

Machining methods mainly include: turning, pliers, milling, planing, inserting, grinding, drilling, boring, punching, sawing and other methods. X0D X0A can also include wire cutting, casting, forging, electrocorrosion, powder processing, electroplating, various heat treatments, etc.

machining of holes; X0D X0A boring: machining of holes with large diameter and high precision, machining of larger workpiece shapes. There are also many processing methods for holes, such as CNC machining, wire cutting, etc.

It is mainly cut and processed by sawing machine, and is often used in the blanking process.

Turning, milling, planing, grinding, punching, pressing, rolling, sectioning, drilling, throwing

Machining includes: forging, turning, milling, planing, grinding, pliers, stamping, heat treatment, wire cutting, EDM, etc. According to the different requirements of the processing of the first pickpocket, different processing methods can be used. That's right.

In the process of using machining, this processing method is called machining. It is the use of machines to accurately process materials, and there are two processing methods in the process of machining, which are manual machining and CNC machining. The following is an introduction to the above two processing methods by Shenzhen Jianfeng Technology:

1.Manual processing is the use of manual methods to operate its processing equipment to ensure that it can achieve the best processing method in the processing process. The method of manual processing is only suitable for processing small batches of materials, and the processed parts can only be processed relatively simple.

It is not possible to process large quantities of materials, which has certain limitations.

2.When using CNC machining methods for processing, it is automatically processed by machinery, and the processing equipment is automatically controlled. In the process of processing, it can ensure that the processed manpower items are saved, and in the process of processing, it can ensure that it can process a large number of items.

In the process of processing, it can ensure that it can be processed for each part, and ensure that its material can be used to the maximum. It uses CNC machining methods to ensure that it achieves the best machining time and quality.

In the process of choosing to use the two methods of manual machining and CNC machining, the choice of what method to use for processing needs to be selected according to its production capacity. In this way, we can ensure that it can achieve the best production effect, achieve the greatest cost savings, and achieve the greatest profit in the production process.