CNC machining

The process encompasses several different computer-controlled machining operations which remove the necessary material from the workpiece to produce a custom-designed components.

We have decades of experience meeting the stringent regulations and certifications for the automotive, aerospace and medical device industries, which serve as benchmarks for all of the products we manufacture.

Custom-made unique component

The CNC machining process involves the removal of material from a spinning workpiece. Our CNC turning machines consists of both single and multi-spindle lathes. All CNC machines are equipped with live tooling for cross-drilling and tapping and various milling configurations. We can complete parts will threads, thru holes, and even cross-holes, side mill,s and tuning operations precisely and at high speeds. Our twin spindle machine can perform both front and back work, which in many cases eliminates the need for multiple operations.

Parts produced by this type of machining are commonly found in the automotive, aerospace, medical, marine, and hydraulic industries. Such as headers, housings, shafts, shells, knobs, rotors, terminals, fittings, pistons, valve stems, and similar products.

Boly manufactures parts for a broad array of industries – from highly regulated industries that rely on Boly for consistent, exacting parts to those that require distinct, stand-out product identification.

Fitted for your design and purpose

From small runs of a few hundred pieces up to hundreds of thousands, CNC machining allows us to manufacture complex components on one machine. This allows us to meet the designer’s unique specifications of even the most demanding applications.

For 1000 to 1 mill pieces production runs

Components machined up to dia. 65mm

Machined with metal and plastic

Straightness / concentricity tolerances

High quality finishes and tight tolerances

Delivers repeatable quality

TYPICAL PARTS

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KnowledgeAdvantage of CNC Machining process

Compared to other machining and manufacturing processes, CNC machining offers a number of benefits.

Greater Precision and Accuracy

CNC machines allow for the replication of the same component thousands of times over, with each piece produced having the same dimensions as the previous. Additionally, the computerized controls enable industry professionals to achieve a higher level of precision than is generally possible with manual machining methods.

Faster Turnaround

The CNC machining process also carries the potential for substantial time savings. With traditional machining equipment, operators must manually configure and set up the machine for each operation. In contrast, CNC machining equipment can make the necessary changes by a simple adjustment in the computer code. Additionally, while humans need breaks, these machines can operate consistently for more extended periods, allowing them to fulfill orders in a shorter time period.

Better Scalability

CNC machining is suitable for both prototyping and production runs. As the process does not require intensive machine and tool preparation—instead using a CAD file—it’s possible to quickly and accurately produce a prototype. Once a part design is approved, it can then proceed to full-scale production.

Broader Versatility

CNC machining operations accommodate a wide range of designs in metal, polymer, and other materials. This versatility makes them suitable for the manufacture of numerous different parts and products.

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About ourCNC Machining Capabilities

Our Equipment
Material we machined
Industry Standards
Production Lead time
Quality Assurance

(4) MIYANO CNC TURNING CENTER
2 spindles and 2 Turrets. Processing overlap control with main spindle processing combined with separate sub-spindle movement. Max. Machining Dia. ∅ 51mm (2″). Max Spindle Speed: 6,000 RPM . One Y-axis slide. 7-cutting axes of motion (X1, Z1, Y1, X2, Z2, C1, C2). Live rotary tooling with back spindle enables front/back simultaneous machining.
(36) MIYANO CNC TURNING CENTER
Max. Machining Dia. ∅ 42m (1.65″). Max Spindle Speed: 5,000 RPM . 4-cutting axes of motion (X1, Y1, Z1, B1). Live rotary tooling.
(10) MIYANO HIGH PRECISION CNC LATHE
Max. Machining Dia. ∅ 42m (1.65″). High-precision machining of small-diameter workpieces. A wing-type fixed spindle for low thermal influence, outstanding machining accuracy in dimension and in roundness.
(2) TAKAHASHI HIGH SPEED PRECISION CENTER
Max. Machining Dia. ∅ 42m (1.65″). Max Spindle Speed: 10,000 RPM . 4-cutting axes of motion (X1, Y1, Z1, B1). 2-axis CNC controlled high-speed gantry loaders and robots.
(4) BROTHER CNC DRILLING & TAPPING CENTER
Dual pallet. Table area size 600 x 400 mm. Max Spindle Speed: 16,000 RPM . 4-cutting axes of motion (X, Y, Z linear aces plus 1 circular axes).

We stock a range of alloy & plastics material that are suitable for various part applications and industries.

Metals (e.g., stainless steel, carbon steel, aluminum, brass).
Exotics Alloys (e.g., Hastelloy and Inconel).
Plastics (e.g., PEEK, Delrin and Acetal)

ISO 9001:2015 Compliant
RoHS and REACH Compliant
Conflict Free Minerals

Prototype 2-3 weeks (typical)
Production is 4-6 weeks (typical)
Quoted on job by job basis
Rush Services Available

We take customer trust seriously, employing proven quality management principles to enhance customer satisfaction and continually improve our performance and capabilities.
We have decades of experience meeting the stringent regulations and PPAP compliant for the automotive, aerospace and medical device industries, which serve as benchmarks for all of the products we manufacture.

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Application of CNC Machining products

Parts and products produced through CNC machining find application in many industries, including, but not limited to, the following:

Related Precision Machining Services

We manufacture and supply customized products and provide surface treatment services according to customers’ specifications and industry standards.
We are an efficient and cost-effective one-stop solution provider with the scale and capability to deliver integrated services.

Swiss Turning

A superb method for creating precision parts. It has the capability to machine longer, slender, and more complex parts with incredible accuracy, efficiency, and throughput.

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Automatic Screw Machining

The lathes produce small to medium-sized circular and cylindrical components. The process is highly versatile and reliable, producing pieces with great consistency.

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Centerless Grinding

Effective methods of surface grinding for round and cylindrical parts to achieve better roundness and ultra-fine OD surface finishes and ultra-tight tolerances parts. Grinding non-round parts to achieve better roundness and roughness.

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