Trusted by leading industry professionals since 2017
At Craftcloud, we have always been at the forefront of transforming ideas into reality with our industry-leading 3D printing service offering. To complement your workflow or support you in entirely new projects, we are also proud to offer CNC machining solutions.
Alongside our partners' renowned 3D printing capabilities, you can leverage the precision and versatility of CNC machining for a streamlined venture. You can take your project from a 3D printed prototype to a finished CNC machined part on the same platform.
Our global manufacturing network ensures unparalleled quality and affordability, whether it's an intricate proof of concept or a large-scale production run.
Experience the best of both worlds – the innovation of 3D printing and the precision of CNC machining, all with one trusted partner, Craftcloud.
CNC machining is a subtractive process where the material is removed from a solid block using computerized controls and machine tools, yielding detailed parts based on digital 3D models. This is the opposite of 3D printing, which is an additive process where objects are built layer-by-layer from digital 3D models.
The main CNC technologies include:
Each CNC technology offers distinct advantages, catering to varied manufacturing objectives.
CNC milling uses a spinning cutting tool to shape a stationary block of material, creating holes, pockets, and detailed features in metals and plastics.
3-axis milling works best for flat parts, 4-axis adds part rotation for side features, and 5-axis allows the tool to approach from almost any angle for complex shapes in fewer setups.
CNC turning spins the material on a lathe while a cutting tool shapes it. This method is mainly used for round parts such as shafts, tubes, and rings, creating smooth, precise cylindrical shapes.
CNC turning is highly efficient for high-volume production because parts can be made quickly with excellent repeatability.
EDM shapes metal using tiny electrical sparks instead of cutting tools. It is useful for very hard materials and for making deep, narrow, or very detailed features that are difficult to machine by other methods.
Because EDM produces very precise finishes without mechanical cutting forces, it is ideal for delicate or extremely hard materials.
CNC machining materials are generally metals and plastics, but there are also composites and ceramics. At Craftcloud, you can find an ever-growing material list.
There are also different finishes according to the material – standard (as machined), anodized, bead blasted, and more.
As always, we prioritize our customers' needs. If a material or finish isn't listed or isn't available, don't hesitate to let us know. We will do our best to find the right manufacturing partner that can provide the solution you are looking for.
CNC machining turns a digital design into a physical part with extreme dimensional accuracy. This is a measure of how closely the finished part matches the exact sizes and shapes in your 3D model.
Because CNC machines use computerized numerical control, they follow complex toolpaths with microscopic consistency. This ensures that every hole, slot, and contour is carved exactly where you intended.
Achieving high dimensional accuracy also involves holding tight tolerances, often as precise as ±0.010 mm. This level of detail is vital when testing how different parts fit together, as it eliminates the guesswork often found in the design process.
With CNC machining, you can test your ideas with confidence, knowing that the part in your hand is a perfect physical version of your digital drawing.
CNC machining is often associated with custom prototypes, yet its true strength lies in its ability to consistently handle mass production. Once a digital toolpath is optimized, the process can be repeated thousands of times, ensuring that the thousandth part is a highly consistent replica of the first.
This repeatability is a cornerstone of industrial manufacturing, allowing companies to scale production without the risk of dimensional drift or human error.
In addition to this, CNC machining serves as a competitive alternative to injection molding for complex metal components that require both high strength and high precision. Its cost-efficiency becomes most apparent as production scales; the cost-per-unit drops significantly as the volume increases.
This makes it an ideal choice for high-performance industries that demand the material integrity of solid metals combined with the economic benefits of large-scale production.
Industry certifications are essential benchmarks that validate a manufacturer's commitment to quality, safety, and operational excellence. In precision manufacturing, these credentials serve as a foundation of trust, proving that a facility follows strictly documented procedures and maintains high standards for part traceability and process control. For customers in highly regulated sectors, working with a certified partner is often a mandatory requirement to ensure that every component meets rigorous safety and performance thresholds.
The most common certifications in the CNC machining industry include:
You can find the certifications each manufacturer holds on their specific profile page. If you need special guidance or want to enquire further on the topic, don't hesitate to contact our team.
If you are working on the goals and budget of your project and don't know which manufacturing method is most suitable, the following can present a general overview of which one might be best according to your needs.
We use this term to generally refer to manufacturing processes that include milling, turning, and electrical discharge machining (EDM).
This generally encompasses fused deposition modeling (FDM), resin-based printing (SLA, MSLA, DLP), binder jetting (MJF), powder bed fusion (SLS), and more.
Plastic CNC machining offers unparalleled precision for intricate designs across a range of materials, from impact-resistant ABS to flame-resistant polycarbonate. It ensures durable and accurate components suitable for prototyping and end-use applications.
Metal CNC machining transforms materials like aluminum and steel into components with exceptional precision. It's ideal for projects that require strength combined with intricate detailing.
Using advanced composites, such as carbon fiber-reinforced plastics, composite CNC machining offers unparalleled strength and precision. This approach yields parts that harness the unique benefits and durability of blended materials.
That's why we're proud to offer CNC machining, sheet metal fabrication, casting and molding, and 3D printing services. We're here to guide you toward optimal outcomes, in terms of speed, cost, and quality, ensuring your vision is realized in its best possible form.
No matter the intricacy of your project, at Craftcloud, we are primed to assist you down to the smallest detail. Every inquiry is met with a commitment to make sure your vision is realized to its fullest potential.
Time is money. We pride ourselves on not just the quality but the speed of our service, ensuring you meet your deadlines.
No hidden costs. You get a competitive quote upfront, ensuring budget clarity from the start.
Our global manufacturing network is equipped with the latest CNC machinery and promises superior quality on every project.
Reach out to our sales team today for a personalized CNC machining quote. We provide full transparency and support in getting you the best offer from our manufacturing partners.
We provide advanced 3D printing services, turning your designs into high-quality prototypes and products. From plastics to metals, we offer it all.
We offer specialized sheet metal fabrication services, tailored to meet the unique demands of your projects with precision and quality.
At Craftcloud, we excel in advanced casting and molding services, including vacuum casting and injection molding, delivering precision and quality for all project sizes.
Craftcloud seamlessly supports your journey from the initial prototype to the final product. Our expertise, coupled with our partners' advanced manufacturing capabilities, ensures every phase of your project receives the utmost precision and care.
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