HS's CNC turning services offer precise, high-quality machining. We handle complex parts with accuracy, using world-class machines to meet your quality needs.
From orders to delivery, we provide a one-stop solution. Our team customizes designs for efficiency and cost-effectiveness, ensuring top product quality.
Choose HS for reliable service, quick responses, and full support to keep your project running smoothly.
We produce your bespoke components in accordance with rigorous manufacturing protocols, ensuring that every part and process conforms to the stringent requirements of The Protolabs Network Standard.
Several surface finishes are available to improve the cosmetic quality of your parts after machining.
Our manufacturing partners conduct on-site inspections of every customized component, adhering strictly to our established guidelines.
Upon request, inspection reports and various quality documentation can be provided to ensure the utmost quality standards and compliance with regulations.
Boost the performance of a part by choosing surface treatments that enhance its surface smoothness, durability, resistance to chemicals, and aesthetic appeal.
An extensive selection of metals available for CNC machining, catering to the needs of multiple industries, and ideal for both individual prototypes and custom-made, final-use parts.
We are equipped with a variety of CNC lathes. Using the rich process system of CNC turning, we can meet the processing needs of different shapes, sizes and materials, especially processing some cylindrical parts with complex features such as planes, cones, grooves, holes, etc. The following are some of the main CNC Turning processing methods:
one of the most basic machining methods in CNC turning. By rotating the workpiece and cutting along its axis with a tool, material can be removed and the required shape and size can be achieved. Turning can produce geometric shapes such as cylindrical surfaces, conical surfaces, and end faces.
Lead Time: < 10 days
During the machining process, the workpiece is fixed on the chuck and rotates, while the boring cutter is fed axially to cut the hole wall to achieve the required hole diameter, shape and surface quality.
Lead Time: < 10 days
Drilling is the process of machining a circular hole in a workpiece. In CNC turning, drilling is usually used as a pre-processing step for other processing methods, such as boring, tapping, etc. When drilling, the drill bit rotates at high speed and feeds axially to penetrate the workpiece and form a hole.
Lead Time: < 10 days
Tapping is the process of producing internal threads in a machined hole. In CNC turning, tapping is usually performed using a tap, which is fed axially while rotating to cut the internal threads of the hole that match the tap thread.
Lead Time: < 10 days
Titanium stands out as a prized metal in CNC machining, valued for its silvery-white hue and lightweight nature. Its strength, durability, and corrosion resistance render it an exceptional choice. Yet, manipulating titanium in CNC machining demands adept skill and precision to fulfill precise specifications.
Lead Time: < 10 days
Parting off is the process of separating the workpiece from the blank. In CNC turning, cutting off is usually performed using a cut-off tool, which is fed axially while rotating to cut off the workpiece.
Lead Time: < 10 days
Facing is the process of machining the end face of a workpiece. In CNC turning, facing is usually performed using a facing tool, which rotates while feeding in the axial direction to cut a smooth end face.
Lead Time: < 10 days
Grooving is the process of creating a groove on a workpiece. The groove can be axial (such as an undercut), radial (such as a keyway), or other shapes. In CNC turning, grooving is usually done with a forming tool or a grooving tool.
Lead Time: < 10 days
HS CNC Turning service reach high precision, low cost and wide applicability. Our cnc turning can achieve the micro size and precision requirements of the workpiece. The processed workpiece has high surface finish and precise dimensions, meeting various engineering needs.
| Maximum Dimensions | 500 mm or 19.7 in | 1800 mm or 70.9 in |
| Minimum Wall Thickness | 0.5 mm or 0.02 in | 1.0 mm or 0.04 in |
| Tolerance | Often depending on the size and material | |
| ±0.01 mm (±0.0004 in) | 0.025 mm (± 0.001 in) |
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