SUS304 CNC Precision Turned Parts Practical For Connector Industry

^{1. Provide the detailed production schedule for each order.}

^{2. Offering production status with video and photos for each component.}

^{3. Manufacture the parts base on customers' drawings to meet the quality requirements and industry standard.}

^{4. Over 99% orders can meet the lead time requirement.}

^{5. Respond to the enquiry within 24 hours and offer the quotation within 48 hours.}

^{6. Using the first-rank raw materials which also can be traced.}

^{7. Provide the most competitive price with the high quality and service standard.}

^{8. The most reasonable packing scheme for all products.}

Packaging:

<sup>1. Toxmann packaging is based on the highest industry standard;
2. Each part is packed independently.</sup>

Shipping:

<sup><sub>1. Using DHL, UPS, Fedex, TNT, EMS and SF experss to deliver products to your destination.
2. Ship products to your nearest port by sea.</sub></sup>

FAQ:

^{Q1: What is CNC turning parts?}

^{A: The CNC Turning process involves the raw material being secured and turned by the lathe while a single point cutting tool is moved parallel to the axis of rotation – thereby shaping the material. The exact measurements are fed into a machine via CAD software.}

^{Q2: What are turning tools?}

^{A: Turning tools are used on lathes for cutting or finishing the outside diameter of a workpiece. Turning tools can be used to produce cylindrical parts. In its basic form, turning can be defined as the machining of an external surface with the workpiece rotating, or with a single-point cutting tool.}

^{Q3: What materials can be turned?}

^{A: Turning can be performed on a variety of materials, including most metals and plastics.}

^{Common materials that are used in turning include the following:}

^Aluminum.

^Brass.

^Magnesium.

^Nickel.

^Steel.

^{Thermoset plastics.}

^Titanium.

^Zinc.​

^{Q4: How many types of turns are there?}

^{A: There are two types of turning operations, rough and finish. Rough turning operation aims to machine a piece to within a predefined thickness, by removing the maximum amount of material in the shortest possible time, disregarding the accuracy and surface finish.}