CNC Milling Machine Components
Turning refers to lathe machining is part of the machining process. Lathe machining mainly uses turning tools to rotate workpiece turning. Lathes are mainly used for machining shafts, disks, sleeves and other workpieces with revolving surfaces. They are the most widely used machine tools in machinery manufacturing and repair factories.
precious metal cnc milling machine components with high precision
Turning is the method of cutting workpieces on the lathe by rotating the workpiece relative to the cutter. The cutting energy is mainly supplied by the workpiece instead of the cutter. Turning is the most basic and the most common cutting method, and occupies a very important position in the production. Lathe for processing rotary surface, most has the rotary surface of workpiece can be machined by turning method, such as the external cylindrical surface, conical surface, inner and outer face, groove, screw and rotary forming surface, the tool is mainly used tools.
In all kinds of metal cutting machine tools, lathes are the most widely used type, accounting for about 50% of the total number of machine tools. Lathe can be used to lathe turning workpiece, drilling, reaming, thread tapping and knurling can be done with drill, reamer, tap and knurling tool. The lathe can be divided into horizontal lathe, floor lathe, vertical lathe, turret lathe and copying lathe, according to the characteristics of the process, layout and structural characteristics, most of which are horizontal lathes.
|Material||Gold,Silver,Brass,Bronze,Copper,Iron,Aluminum,Stainless Steel, Titaninum etc.|
|Color||Metal Colors Avaliable|
|Surface finish||Chrome Plating,Zinc Plating,Blackening,Nickel plating,Electrophoresis,|
Anodization,Brushing,Polishing,Blacken,Powder coating,Sandblasting,de buring,Passivation,Etc
|Process Craft||Turning,Milling,Drilling,Wire EDM,Grinding,Engraving,Tapping,Knurling,And other sub machining processes,Etc|
|Equipment||260 CNC Lathe,200 Auto Lathe,10 CNC Tapping Center,2 MAZAK five axis CNC,Each month we increase about 10 lathes|
|Testing Facility||Coordinate Measuring Machine,Projector,Roughness Tester,Hardness Tester,Concentricity Tester,Tool Microscope,Digimatic Micrometer,Inside Micrometer,Dial Indicator,Go No Go Gauge,Dialgage,Eletronic,Digital Display Caliper,Automatic Height Gauge,Precision Level 2 Detector,Precision Block Gauge,00 Levels Of Marble Platform/Ring Gague,Etc|
|Quality Assurance||ISO9001:2008 Certified,SGS Certification|
|Drawing Format||JPEG, PDF, DWG, DXF, IGS, STEP, CAD|
|Remarks||All parts are not in stock,customization only;|
Parts can be supplied according to customers drawings or sample
Turning on the machine manufacturing industry is used most widely, lathe large quantity, personnel, processing a wide range of tools and fixtures used are various, so turning the security technology, it is especially important, the focus of the work are as follows:
Reasonable selection of cutting parameters: for high efficiency metal cutting processing, the machining material, cutting tools, cutting conditions are the three major factors. These determine the processing time, tool life and machining quality. The economical and effective machining method is the reasonable choice of cutting conditions. Three factors of cutting condition: cutting speed, feed rate and cutting depth directly cause tool damage. With the increase of cutting speed, the tool nose temperature will rise, and will produce mechanical, chemical, thermal wear. The cutting speed is increased by 20%, and the tool life is reduced by 1/2. The relationship between the feed condition and the wear behind the tool is in a very small range. But the feed is large, the cutting temperature rises, and the back wear is great. It has less influence on cutting tools than cutting speed. Although cutting depth has no influence on cutting tool speed and feed rate, it is also affected by cutting material hardening layer when cutting in small cutting depth. Users should choose the cutting speed according to the machined material, hardness, cutting state, material type, feed rate, cutting depth and so on. The most suitable processing conditions are chosen on the basis of these factors. Regular and steady wear is the ideal condition for life. However, in actual operation, the choice of tool life is related to tool wear, machined dimension change, surface quality, cutting noise, heat treatment and so on. In the determination of processing conditions, it is necessary to study according to the actual situation. For refractory materials such as stainless steel and heat resistant alloys, coolants can be used or rigid edges are selected.