Mass production in 15 days Custom Machinery Aluminum electric
toothbrush Parts for medical products
Product Description:
| Products | CNC Machining Parts, Custom manufacturing service, CNC machining
service |
| Materials | Aluminum AL6061 AL6065,AL6063 ,AL7075,SUS304,SUS303,SUS316,POM etc |
| Dimensions | According to the customer's drawing |
| Surface treatment | Anodizing, brush, heat treatment, polishing, powder coating,
galvanized, electroplating, spraying, and painting, chemical conversion coating, and so on |
| Packing | Wooden box, or as per the customer's requirements |
| Processing equipment | CNC machining center, CNC grinding machine, CNC milling machine parts, CNC drilling machine parts, CNC horizontal milling machine, Chamfering machine, NC cutting machine, etc. |
|
| Measure equipment | Hardness tester, The precision plug gauge, The gauge block, The digital outside micrometer, The outside micrometer, The digital caliper, The inside micrometer, The inside dial indicator, The dial vernier caliper, The dial indicator, The depth vernier caliper and so on |
|
| MOQ | 1PCS or small order accepted |
| Precision/Tolerance | +/-0.01mm~0.02mm |
| Payment | T/T 50% deposit in advance ,50% T/T before shipment ;or others. |
| Business scope | CNC center machining, CNC machining, CNC drilling, CNC turning,
grinding, tapping, mold design and processing, casting, sheet metal
working, etc |
| Application | Automation machine, medical device, industrial machine, automobile,
electric appliance, and other industries, CNC machining parts, auto
parts |
| Ports | Shenzhen China |
| Delivery | 20-25days after T/T 50% deposit |
| Main equipment | CNC machine center |
Required a better online quote from us?
- Please send us your 3D drawing/2D drawing for us to check all dimensions.
- Specify the required material, finish, quantity information in the email, we will handle it for you once receiving it soon!
Note: Workable 3D Drawing Formats: STEP/IGS/X_T/STL/SOLIDWORKS etc,
2D Drawing with PDF will do.
CNC Lathing Services:
CNC lathing is suitable for creating cylindrical parts. The most
common example of a turned part is a shaft.
CNC lathing cuts the shape by spinning the metal part. The cutting
tool can move axially in 2 ways – along the side of the part as
well as to and from.
Thus, the automated system controls the cutting tool, bringing it
into contact with the workpiece, while the part itself is turning.
As a result, bits of swarf are cut from the metal to produce the
required shape.
Lathing can perform many operations like turning, boring,
threading, etc. Highly skilled machinists can create precision
components on all types of CNC lathes but contemporary machining
centers help to assure a level of similarity close to being
identical between the machined parts.
ZCM is able to machine components in a wide range of materials.
These include steel, stainless steel, aluminum, titanium, and brass
alloys. It is suitable for both prototyping as well as large-batch
manufacturing.
Sliding head-turning is also available to lower the production
times as well as the final price. Comparing sliding head-turning to
traditional fixed head CNC machines, the production cycles are
about twice as long for the latter.
Turning and Milling Similarities
Both use a controlled process to remove unwanted material from the
stock material: subtractive manufacturing. Both processes produce
chips of waste material as the tools machine out the required
features. However, the stock material, machining methods and tools
differ from each other.
Both use the latest in Computer Numerical Control (CNC) technology,
in which engineers program the machines using Computer-Aided Design
software (CAD). This requires less supervision during operation and
minimizes human error, giving manufacturers a faster and more
reliable way to deliver consistent quality.
Like many types of CNC machining, turning and milling are both
appropriate for metals like aluminum, steel, brass, copper, and
titanium as well as an array of thermoplastics. Unsuitable
materials include rubber and silicone (too soft) and ceramic (too
hard).
Like most subtractive manufacturing techniques, turning and milling
generate heat and often employ cutting fluid to mitigate this
issue.
