Precisielager servopersmachine
De Precision Bearing Servo Press is a highly integrated machine that integrates pressing, assembly, measurement, and statistical analysis. It is suitable for high-speed, high-precision press-fitting applications such as press-fitting, forming, riveting, stamping, and elastic testing. . Its working principle is that a servo motor drives a high-precision ball screw to perform precision press-fitting operations. It can achieve full-process closed-loop control of press-fit force and penetration depth during press-fit assembly, thereby achieving precision press-fit for online quality management.
The role of real-time press-fit curve display
The real-time press-fit curve display of the precision bearing servo press is one of its important functions. It provides users with real-time data feedback during the press-fit process, helping them to better monitor and adjust the press-fit process.
Memory Function
The memory function of the precision bearing servo press is one of its important features. It allows users to store various data during the press-fitting process, including real-time press-fit curves, press-fit parameters, press-fit results, etc., for later analysis, traceability, and management.
De precision bearing servo press also has a variety of pressing modes and work control modes. Users can select the appropriate mode for press-fitting operations according to actual needs to achieve precise press-fitting of products. At the same time, the machine is equipped with a touch screen and special software for mobile phones, making human-computer interaction more convenient and efficient.
The FAQ is regularly updated to reflect the latest information and to ensure that you have the most accurate details at your fingertips.
Thank you for choosing us, and we hope you find the answers you need!
- What is the accuracy of the servo press?
Positioning accuracy: (mm) : ±0.01
Pressure Accuracy (%F.S): 0.5
Displacement resolution (mm) : 0.001
- Which shipping way can you provide?
We can provide shipping by sea, by air, by express and etc according to customer requirements.
- What are the advantages of servo presses in forging?
In addition to making it possible to form materials traditionally considered difficult to machine, our servo presses offer a number of other benefits, including higher forming accuracy, increased productivity, reduced noise, and improved energy savings.
- How is a servo press machine different from a mechanical press machine?
A servo press machine differs from a mechanical press machine in that it employs a servo motor that provides precise control over the ram’s position and speed, while a mechanical press machine uses a flywheel and clutch to control the ram.
- What types of materials can be formed using a servo press machine?
A servo press machine can be used to form a variety of materials, including steel, aluminium, copper, and other alloys.
- Is there any warranty after purchasing the servo press?
We have more than 13 years of professional manufacturing experience. We provide 2 years warranty for our servo presses. Technical support is provided free of charge forever.
- How to place order?
When you are ready to order, please contact us for confirm the suitable solution & plan & model. What cannot be ignored is you should provide a copy purchase order to ensure that your order is processed properly.
- What is Servo Riveting Machine?
Our servo riveting machine is a kind of automated equipment used for the process of riveting. Riveting is a permanent fastening method that joins two or more materials together using a rivet, which is a metal pin with a head at one end. The rivet is inserted into pre-drilled holes in the materials to be joined, and then the other end is deformed or “headed” to secure the materials in place.
- Is the machine easy to clean?
Yes, most electric butter churners are designed with easy to clean parts. Simply disassemble, wash with warm soapy water, rinse and allow to dry.
- How does an electric churn work?
The Electric Butter Machine has a motorized churn that rotates and agitates the cream, causing the fat globules to coalesce and separate from the buttermilk, resulting in fresh butter.
