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CNC Lathe Turning Complex Shape Parts Groove
An example of a larger CNC lathe turned part.
The left part of the picture is a larger stainless steel turning part. Material SUS304, hexagonal opposite side H (height) 45mm, turning thread, turning inner wall, two-level through hole. Although the shape and installation are simple, the machining volume of turning is large. The big picture is attached.
Category: CNC turning services
Tag: CNC turning
On the basis of automatic lathes, our factory is newly equipped with computer numerical control lathes. Due to the high commissioning time and commissioning cost of a single automatic lathe turning process, there are also certain requirements for the number of orders. The configuration of CNC machine tools solves the user's requirements for multiple varieties, complex shapes, and high precision, and effectively improves the machining capabilities of our factory. Below are some representative products processed by our company for users.
The maximum machining outer diameter of the spindle can reach 80MM under the condition of continuous feeding, and the maximum rotation diameter can be up to 360MM under the condition of separate processing with a chuck; The minimum size of processing is not limited. The materials of the products are mainly copper, iron, aluminum, stainless steel and titanium alloy. Other plastic and acrylic materials can also be processed. It can also be processed according to the drawings provided by the user.
Longer size computer lathe machining parts | |
A stainless steel Latch pin processed by our company, attached with a large picture. | |
An example of a larger CNC lathe turned part. | |
CNC lathe machining of thin and long shafts | |
An example of a small aluminum turning part. |
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CNC Turning Precision Parts Service
CNC lathe processing is a high-tech processing method of precision hardware parts. Various types of materials can be processed: 316, 304 stainless steel, carbon steel, alloy steel, alloy aluminum, zinc alloy, titanium alloy, copper, iron, plastic, acrylic, POM, UHWM and other raw materials. It can be processed into a complex structure of square and round parts.
Fixture and tool setting of lathe turning parts
Clamping of turning tools
1) The shank of the turning tool should not extend too long from the tool holder, and the general length should not exceed 1.5 times the height of the tool shank (except for turning holes, grooves, etc.)
2) The center line of the tool bar of the turning tool should be perpendicular or parallel to the cutting direction.
3) Adjustment of the height of the tool tip:
Precision Aluminum 6061 lathe turning parts
The picture on the left is a turned part made of aluminum, the raw material is aluminum rod 6061
The small part on the left is a small aluminum part with a concave step, and the large part is a milled symmetrical opposite side aluminum turning part. Our company is good at processing aluminum step turning, milling, tapping and taper angle.
The specifications on the left picture: (small aluminum turning parts)∮6*50 (large)∮16*60, and we can produce a wide range of specifications, please call for details.
The difference between automatic lathe and CNC lathe machining
Different metal nuts processed by automatic lathe
Our company provides automatic lathe processing of various nuts, including but not limited to the insert nuts for injection molding as shown in the left picture. There are a large number of examples of this product in other directories on this website:
It also includes hexagonal and thin copper nuts, non-standard special nuts, etc. The process of turning various nut parts on automatic lathes.
The price of turning and milling titanium parts
Titanium alloy structural parts (applied to: aerospace, aircraft, ar10, medical, boat) processing difficulties, weak rigidity, etc., structural processing deformation factors. From the aspects of machine tool selection, tool selection, effective cooling, etc., a control method for processing deformation of weakly rigid structural parts is proposed. Titanium alloy materials have excellent properties such as light weight, high strength, and high temperature resistance.