BLOG
Machining installation sequence and process
2024-04-30
Installation of detailed machining sequences to be aware of：
1、Arrangement of detailed machining sequence, need to follow "First face after the hole", "First rough after fine" the basic principles.
2、Determine the cutter point and tool change point; once determined, it is not suitable for substitution.
3、High coaxiality requirements of the hole system, should be in a positioning after the completion of the hole system of all the machining, and then machining the other coordinates of the hole system, so as to remove the error generated by the repetition of the positioning, to enhance the coaxiality of the hole system.
4、Machining by tool centralized process, can be good to avoid repeated use of the same tool, reducing the number of times and time to replace tools。
High parts and components used in various industries testing equipment — instrumentation, in the domestic context is mainly used in the instrumentation in the instrumentation and instrumentation industry.
Mechanical manufacturing and general mechanical manufacturing, compared with the high technological content of the product (design and production), processing equipment is good, high value-added, sales are mostly small quantities of differentiated characteristics.
Stainless steel materials for machining of machine parts：
1、Material soft and hard moderate, at least one grade lower than the hardness of the machine parts, but also look at the role of the processing of the device is to do what with the machine parts of the correct selection of materials。
2、Requirements for the hardness of the material, for some occasions, the material is the higher the hardness of the better, just limited to the hardness requirements of the machined parts, the processing of the material can not be too hard, if more than the hardness of the machine parts can not be processed。
Previous page:
Next page:
related blog
2026/09/08
Revolutionizing Safety: How the Air Brake Expander Wheel System Works
Revolutionizing Safety: How the Air Brake Expander Wheel System Works Table of Contents 1. Introduction to Air Brake Systems 2. The Importance of Safety in Automotive Design 3. What is the Air Brake Expander Wheel System? 4. How the Air Brake Expander Wheel System Works 4.1 Components of the System 4.2 The Mechanism of Action 5. Advantages of the Air Brake Expander Wheel System 5.1 Enhanced Stoppi
2026/09/07
Understanding the Role of Commercial Vehicle Brake Expander Wheels in Automotive Safety
In the realm of automotive safety, the brake system plays a crucial role, especially in commercial vehicles that often carry heavy loads. One critical component within this system is the brake expander wheel. Understanding its function and significance can aid professionals in the automotive sector in making informed decisions for maintenance, replacements, and innovations in brake technology. The
2026/09/05
Understanding Hydraulic Brake Actuator Assemblies: Key Insights for Automotive Professionals
Hydraulic brake actuator assemblies play a pivotal role in the braking systems of modern vehicles. These assemblies are responsible for converting driver input into hydraulic pressure, which engages the brakes and facilitates safe stopping. Understanding the mechanics and functionality of hydraulic brake actuator assemblies is essential for automotive professionals working with brake systems. At t
2026/09/04
How Engine Rocker Arm Shaft Assembly Enhances Your Vehicle's Efficiency
How Engine Rocker Arm Shaft Assembly Enhances Your Vehicle's Efficiency Table of Contents 1. Introduction to Engine Rocker Arm Shaft Assembly 2. Understanding the Role of the Rocker Arm Shaft in Engine Performance 3. Key Components of the Rocker Arm Shaft Assembly 4. How Rocker Arm Shaft Assembly Affects Fuel Efficiency 5. Benefits of a High-Quality Rocker Arm Shaft Assembly 6. Common Issues with
Contact Jinaofeng
Add: Ocean Economic Development Zone, Kanmen Xuanmen Phase III, Yuhuan City, Taizhou City, Zhejiang Province, China
Tel: 0086-576-87568321
E-mail: jaf1855@cnjaf.com
