Friction coefficient testing machine-Shanghai Zimao Instrument Technology Co., Ltd

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Smart Fastening

Smart Optics

Zmart is a representative organization of Kistler Remscheid (formerly Schatz) in Germany and AFS Advanced Connection Technology Research Institute in China. It was funded by Zwick China and has a German enterprise background. Its headquarters are located in Shanghai, and it has a joint laboratory for fastening connection technology with Huace Testing in Shanghai.

Smart Fastening

Committed to introducing advanced fastening assembly design, testing and verification technology to assist China in intelligent design and manufacturing. We specialize in providing software and hardware products and services for fastening connections throughout their entire lifecycle.

Smart Optics

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Smart fastening

Friction coefficient testing machine

Ultrasonic axial force testing and analysis system

Thread Assembly Tool Testing System

Smart fastening wrench

Lateral vibration test bench

Simulated assembly test system

Friction coefficient testing machine

The quality characteristics of bolts and nuts during installation have a direct impact on the quality of bolted connections. Functional testing is the most important analytical method used in the assembly process. It determines the mechanical characteristics and functions of the fastening parts to ensure their quality. Simultaneously determine the friction coefficient, preload, and torque. And in this process, comply with international standards and simulate usage conditions as realistically as possible.

Ultrasonic axial force testing and analysis system

Unlike ordinary ultrasonic equipment, the Ifast ultrasonic axial force analysis and testing system Digital acquisition can be performed on the entire tightening process Short or long-term axial force monitoring of bolts Using the German professional fastener analysis and testing software TestXpert in conjunction with Kistler tightening equipment ® Conduct and process analysis

Thread Assembly Tool Testing System

In order to achieve reliable bolt connections in modern industrial production processes, a reliable tightening gun is crucial. Not only must the tightening gun be calibrated and certified before assembly, but it must also be repeatedly tested during the assembly process. The purpose is to ensure continuous high performance in order to achieve optimal assembly results and meet established standards.

Smart fastening wrench

Whether it is a soft connection tightening point or a hard connection tightening point, the torque decreases to varying degrees after completing the tightening process. How to find residual torque and how to find residual axial force has become an urgent problem that every tightening process engineer hopes to solve. The detection of residual torque values requires good tools to ensure the reliability and repeatability of the detection results. KISTLER's New Generation Intelligent Wrench Inspector has comprehensive residual torque testing function There are various built-in testing methods that can customize the detection mode according to customer needs.

Lateral vibration test bench

The lateral vibration test bench is equipped with an adjustable amplitude driving device, which is used for force sensors for lateral loads, high-precision displacement sensors, and sensors that can be replaced according to bolt size to measure clamping force and thread friction. During the vibration test, the test product is installed on the test bench according to the actual construction process, and the test conditions, such as test frequency and amplitude, are set using Kistler software. The experimental system will monitor and record in real-time the attenuation of clamping force, lateral thrust magnitude, thread torque, and other data that you are concerned about. The amplitude and frequency information during the lateral vibration testing process are controlled by the measurement and control unit.

Simulated assembly test system

In assembly testing, it is required that the test results obtained must be free of any "false evidence" - especially, if the position of the fasteners on the required test components is the actual installation conditions, this type of testing is considered challenging.

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Smart Optics

Fully automatic steel bar shape and size measuring instrument

Fully automatic bolt size measuring instrument

Imess

Fully automatic steel bar shape and size measuring instrument

Zimao Intelligent Optical Dimension Measurement is rooted in providing an overall solution for fasteners, strip steel, threaded steel, and round steel. As an industrial foundation, threaded steel has a basic tone for people's livelihood. The fully automatic intelligent optical reinforcement detection system breaks through traditional detection and lays a solid foundation for high-precision intelligent manufacturing Breaking through the pain points of traditional manual offline measurement, switching between multiple measuring tools, and the inability to effectively save and trace data, we aim to create a new scenario for intelligent optical detection. The fully automatic intelligent optical steel bar size detection system (RM) can accurately and quickly measure the transverse and longitudinal ribs, width, height, and other dimensions of various types of ribbed steel bars in multiple scenarios through built-in rich steel bar detection standards. The developed data interface enables the sharing and export of test data in multiple ways

Fully automatic bolt size measuring instrument

A fully automatic optical bolt size measuring instrument developed from Germany for measuring the overall dimensions of fasteners in different industries. This device can automatically measure the geometric shape of rotating samples such as screws and bolts. Whether placed on site or in the laboratory, this equipment can greatly integrate conventional measurement methods, improving measurement efficiency. The convenient management mode of measuring big data will become a reliable choice for fastener enterprises to make a leap in quality.

Imess

Imess is an independent manufacturer of laser and optical camera inspection equipment. Since 1998, the Imess team has solved demanding inspection tasks in optical quality assurance and developed innovative inspection technologies to support your production line in achieving efficient, high yield, and high-quality levels.

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Friction coefficient testing machine

There are various built-in testing methods that can customize the detection mode according to customer needs.

Application Scenario

For the yield point tightening method at the customer's site, our Inspector wrench has automatic recognition of the yield point mode, which can be used to find the yield point through the slope of the torque angle curve. Additionally, our Inspector wrench can set a torque angle window in the program to limit the range of finding the yield point, and can also set the hardness of the connection to better find the bolt yield point!

For some customers' application needs for the return marking point method, our Inspector wrench has a return marking point testing function module, which can be programmed to achieve the return marking point tightening process. This process has many applications in tightening process and torque re inspection!

Features and advantages Different usage scenarios Software Sensor input port

Multiple complex tightening strategies - torque method, angle method, return mark point method, yield point method.

Equipped with a new generation gyroscope system as standard, there is no need to turn it on and let it sit.

High precision torque acquisition system, with torque accuracy of ± 0.5%.

3.2 inch color display, and can display real-time tightening curves and on-site process point photos.

The scanning unit can be integrated with the wrench.

It can be connected to various types of software to cope with different usage scenarios, and the data and curves can be traced.

Different types of wrench output heads can be customized to adapt to different working conditions.

You can use wireless mode to communicate with the wrench.

Laboratory:

1. Calculate the bolt friction coefficient.

2. Test the relationship between residual torque and axial force.

3. Find suitable residual torque testing methods.

4. Simulate the trial assembly of the workpiece.

On site quality:

1. Residual torque testing (PCT) on site.

2. Power tool replacement.

3. Flexible usage conditions.

4. The data results can be traced.

Multiple software combinations can better meet the needs of usage

TestXpert:

Tailored for the needs of laboratory customer groups, the laboratory analysis software has powerful data curve processing functions and a comprehensive post customized editing mode, which can perfectly complete any analysis task of the experiment!

Ceus:

In response to the tool management requirements of on-site quality customers, Ceus software has a tree like relationship structure system for on-site process points and tools, achieving a combination of on-site tool and quality monitoring management. It can also regularly develop residual torque detection tasks, achieving traceability and visualization of quality management!

Q-Lab:

For customers with simple and easy to use requirements, we also provide a simple software solution. Q-Lab has simple data upload and program setting functions, catering to simple application needs.

It also has a two channel sensor input port that can be connected to the clamping force sensor and ultrasonic axial force tester, providing a new solution for tightening process engineers to test residual axial force.

You can also input bolt parameters through software to calculate the bolt friction coefficient.

Product Parameters

Application Cases