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Non-standard OEM Small electronic turning parts
Our company customizes all kinds of precision automatic lathe processing parts for various industries, especially the electronics industry. At present, hundreds of products have been developed for many well-known companies in the world. Has rich experience in research and development.
Main materials: aluminum, copper, stainless steel, titanium, alloy, steel, iron, carbon steel, magnesium, plastic, acrylic
In addition to automatic lathes, there are auxiliary equipment: desktop lathes, drilling machines, milling machines (grooving machines), tapping machines, rolling machines, etc., which can complete more processes of automatic lathe processing parts.
The left is a typical turning part of an automatic lathe: embedded nut used in injection molding
 Small electronic turning parts | Our company customizes all kinds of precision automatic lathe processing parts for various industries, especially the electronics industry. At present, hundreds of products have been developed for many well-known companies in the world. Has rich experience in research and development. |
 Non-standard stainless steel screws | Non-standard stainless steel screws, special thread turning parts, etc. |
 iso ts16949 factory milled copper parts | Generally speaking, the inner hole tolerance can reach 0.02MM (if it is stainless steel or free-cutting steel products, it is 0.03). At the same time, flat-bottomed holes can be processed by hook cutters, and step holes can be drilled by forming drills (except for eccentric holes). The inner hole roughness can be up to 0.8. |
 Centerless grinding of turned parts | Small turning electronic pins. Used in electronic signal connectors and connector pins. |
 Oxidation blackening of iron turning parts | Non-standard turning parts: |
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RELATED PRODUCTS
Precision turning process of large threaded shaft
Ordinary lathes sometimes experience bed saddle vibration when turning large-pitch threads forcefully. Lighter ones will cause ripples on the machined surface, and severer ones will break the knife. When cutting off, there are often knife sticking or broken tools. There are many reasons for the above problems. This phenomenon and its solution are mainly discussed through the analysis of the force of the turning tool.
Turning and finishing 6061, 6063, 7075 aluminum alloy parts
This is a small aluminum part like a bowl, which is also turned by an automatic lathe. Its size is very small, the outer diameter is only 6MM, obviously not for eating.
The material grades currently available for aluminum turning parts are: T6 6061, 6063 duralumin, 7075 cutting duralumin, and 5056 ordinary aluminum rod.
By the way, 2021 aluminum rod, a kind of aluminum with relatively low hardness and relatively poor mechanical properties, is generally not recommended for customers to use this material.
Turning Non-standard stainless steel screw
Material: SUS303 commonly used imported stainless material,
At the same time, it can also be CNC machined SUS410 / 416/420 (the highest heat treatment hardness can reach HRC65) and SUS316F (with higher anti-rust performance)
High precision and exquisite appearance. Is particularly good longer shaft, the stepped type, milling, threaded type parts. Can be produced according to customer drawings. Maximum machining outer diameter 32mm, longest machining length 800mm or longer
turning precision parts of different materials
Different turning materials (aluminum alloy, stainless steel, copper, titanium alloy) have different error compensation settings. Modern machinery manufacturing technology is developing in the direction of high efficiency, high quality, high precision, high integration and high intelligence. Precision and ultra-precision processing technology has become the most important component and development direction of modern machinery manufacturing, and it has become a key technology to improve international competitiveness. With the wide application of precision machining, turning machining errors have become a hot topic of research. Since the thermal error and geometric error occupies the vast majority of the various errors of the machine tool, reducing these two errors, especially the thermal error, has become the main goal.