CNC Machining Services
Discover Naxtry's services, offering precision 5-axis milling and turning services for customers in the United States and Canada. As a trusted machining manufacturer and CNC machining shop, our dedication to delivering exceptional solutions sets us apart in the industry.
> Lightning-Fast 3-Day Delivery
> 20% Low Cost Advantage：Direct Manufacturing by Naxtry
> 500K+ Parts Successfully Delivered
Quick Overview
1. Our CNC Machining Service Capabilities
Naxtry offers high-quality CNC machining services as your one-stop-shop solution. Our expert team and advanced equipment deliver precise and efficient results for both milling and turning projects, including prototypes and mass production. Contact us today for your needs.
Get Professional CNC Machining Services at Naxtry – Specializing in 3-axis 3+2-axis, 5-axis Milling.
Experience Precision and Efficiency with Naxtry’s 2-axis Turning and Multi-axis Turning Services.
CNC Machining Services Size Limitations and Precision Tolerances
Explore our CNC machining services, where we offer a wide size range for your custom parts. These limits are influenced by our machine dimensions. We uphold strict tolerances to ensure utmost accuracy. Our goal is to consistently meet or exceed your project specifications. Discover how our CNC machining shop excels in precision work.
3-axis and 3+2-axis Milling | 5-axis Milling | |||
Imperial units | Metric units | Imperial units | Metric units | |
Maximum Dimensions | 64 x 32 x 20 in | 1625 x 812 x 508 mm | 42 x 24 x 20 in | 1066 x 609 x 508 mm |
Minimum Dimensions | 0.25 x 0.25 x 0.04 in | 6.35 x 6.35 x 1.02 mm | 0.25 x 0.25 x 0.04 in | 6.35 x 6.35 x 1.02 mm |
Tolerances* | +/- 0.005 in | +/- 0.127 mm | +/- 0.005 in | +/- 0.127 mm |
2-axis Turning | Multi-axisTurning | |||
Imperial units | Metric units | Imperial units | Metric units | |
Maximum Dimensions | D 50 x 60 in | D 1270 x 1524 mm | D 16 x 25 in | D 406 x 635 mm |
Minimum Dimensions | D 0.16 x 0.05 in | D 4.06 x 1.27 mm | D 0.16 x 0.05 in | D 4.06 x 1.27 mm |
Tolerances* | +/- 0.005 in | +/- 0.127 mm | +/- 0.005 in | +/- 0.127 mm |
*Upto +/-0.0005 in( 0.0127mm),according to customer specifications
2. 50+ Material Options of CNC Machining Services
Obtain instant quotes for your requirements through Naxtry! Our machining services offer an extensive range of options for both prototyping and commercial product development, featuring over 50 choices of metals and plastics. Discover top-quality services tailored to your projects today.
Metals
Brass
> Good machinability
> High corrosion resistance
> Attractive appearance
Price: $$
Common types: Brass-C26000 Brass-C36000
Copper
> Electrical & thermal conductivity
> High ductility
> Excellent corrosion resistance
Price: $$
Common types:Copper-C101 Copper-C110
Tool Steel
> High hardness
> Toughness
> Wear resistance.
Price: $$$
Common types:Tool Steel-A2 Tool Steel-D2
Titanium
> High strength-to-weight ratio
> Corrosion resistance
> Biocompatibility
Price: $$$$$
Common types: Ti-6Al-4V
Inconel
> High temperature resistance
> Corrosion resistance
> High strength
Price: $$$$$
Common types: Inconel-718
Inconel-600
Plastics
Acrylic(PMMA)
> High optical clarity
> Good impact resistance
> Easy to machine
Price: $$
Common types: PMMA
3. CNC Machining Services Cost: General Vs. Naxtry
Estimating the cost of CNC machining services involves considering various crucial factors. To help you accurately assess costs, let’s dissect the formula for determining the final cost of a project:
Materials Cost
+ Shop Rate* x Hours Spend
+ One Time Cost (Programming + Setup + Tooling Fixtures)
= Final Cost
CNC Milling Shop Rate* | CNC Turning Shop Rate* | |||
3-axis & 3+2-axis | 5-axis | 2-axis | Multi-axis | |
US in General | 100 USD / Hour | 150 USD / Hour | 80 USD / Hour | 130 USD / Hour |
Canada in General | 90 USD / Hour | 135 USD / Hour | 72 USD / Hour | 117 USD / Hour |
Naxtry | 79 USD / Hour | 119 USD / Hour | 59 USD / Hour | 99 USD / Hour |
These Costs are for reference.Actual costs depend on project specifics.
4. Surface Finishing for Machined Parts
Experience exceptional results for your machined parts with our Cooperative Manufacturing services, featuring specialized surface finishing capabilities. Our expert team utilizes cutting-edge tools and techniques to elevate both the aesthetics and functionality of your components, regardless of manufacturing volume or process. Count on us for top-tier services and unparalleled surface finishing solutions.
Anodizing for Machined Aluminum Parts
Our services include anodizing for aluminum parts. Anodizing forms a durable, corrosion-resistant aluminum oxide layer through an acid and electricity-based process. This improves CNC machined aluminum parts.
Sand Blasting in Machining
CNC machining services often employ Sand Blasting for part finishing. High-pressure fine glass beads are used in this process to enhance the surface quality of CNC machined parts.
Powder Coating for Machined Parts
Our services include powder coating for enhanced parts. This process improves appearance and durability by applying a protective finish using a resin and pigment mixture sprayed onto surfaces.
Electropolishing for Machined Parts
Improve CNC machined parts with electropolishing. This process enhances metal surfaces by creating a smoother, brighter finish. It significantly elevates both appearance and performance.
Black Oxide Coating in Machining Services
Enhance your CNC machined metal parts with black oxide coating through our services. Black oxide forms a protective surface layer through a chemical reaction, improving both appearance and durability.
Electroplating for Machined Parts
Improve your parts with electroplating in our services. Electroplating uses electric current to deposit a metal coating, enhancing the appearance and properties of CNC machined parts.
5. CNC Machining Rapid Prototyping & Production
Streamline your manufacturing process with Naxtry. Our comprehensive one-stop solution covers concept to design, prototyping, and production. Experience efficiency and cost-effectiveness while trusting our expertise and cutting-edge equipment to bring your ideas to life. Explore precision CNC machining services at our shop.
Realize your ideas with Naxtry’s advanced rapid prototyping technologies. Our CNC machining services, including milling and turning, offer designers the means to swiftly and effectively bring their concepts to life. Unlock the boundless potential of your creativity with Naxtry’s precision services.
> Lead times as far as 3 day
Experience unmatched precision and exceptional quality with Naxtry, a premier provider of complex manufacturing solutions in North America. Benefit from competitive pricing and rapid turnaround times for CNC machining services. Trust Naxtry for all your demanding manufacturing requirements.
>Cut costs by 20%+ without middlemen
6. Top 10 FAQs of CNC Machining Services
What types of materials can be used for CNC machining?
It can be used for a wide range of materials, including metals (aluminum, steel, brass, titanium, etc.), plastics (acrylic, nylon, polycarbonate, etc.), and even some composite.
What file formats do you accept for machining?
We accept a variety of file formats, including .STL, . STEP, . IGES, . DXF, and .DWG. However, we recommend that you contact us to confirm if we can work with your specific file format.
What is the maximum size of parts that you can machine?
Our machines can handle parts up to 64 inches in length, 32 inches in width, and 20 inches in height.
What is the typical turnaround time for machining projects?
The turnaround time for projects depends on the complexity and quantity of parts. However, we strive to complete most projects within 3-14 days.
Can you produce prototypes using CNC?
Yes, it is an ideal process for producing prototypes as it allows for high precision and accuracy.
Do you offer finishing services for CNC machined parts?
Yes, we offer a range of finishing services for CNC machined parts, including anodizing, powder coating, and plating.
Can you work with custom designs or do you have standard designs available?
We can work with custom designs provided by customers or create custom designs for their specific needs. We also have standard designs available for certain parts.
What is the maximum tolerance that can be achieved with CNC machining?
The maximum tolerance that can be achieved is typically +/- 0.005 inches.
Do you have a minimum order quantity for CNC projects?
No, we do not have a minimum order quantity for projects. We can produce small prototype runs as well as large production runs.
What is the cost of CNC machining services?
The cost of CNC machining services varies depending on the complexity of the part, the quantity of parts needed, and the material used. We provide quotes based on each individual project.
7. CNC Machining Across Industries
CNC machining services find extensive applications across diverse industries, such as aerospace, automotive, industrial, electronics, medical, and robotics. Explore precision services that cater to these sectors at Naxtry.
8. Advantages of Our CNC Machining Services
Naxtry Offers Comprehensive Solutions – Rapid Prototyping, Small-Batch Production, and High-Volume Manufacturing. Trust Naxtry to Manage Your Needs from Start to Finish.
High-Precision Machining
—— Naxtry invests in state-of -the-art machining equipment and technology to deliver the highest level of precision and accuracy in each project.
Experienced Team
——Our team of engineers and machinists have years of experience in the machining industry. They are highly skilled in their craft and have a deep understanding of the latest technologies, materials, and processes.
On-Time Delivery
——At Naxtry, we understand the importance of meeting deadlines. That’s why we have implemented efficient processes and systems to ensure that each machining project is completed on-time and to the highest quality standards.
Competitive Pricing
——We strive to offer our customers the best value for their investment. Our pricing is highly competitive, and we work closely with each customer to understand their specific needs and budget constraints.
Customer Testimonials
For exceptional CNC machining results, choose Naxtry. Our machining services cater to companies of all sizes, from startups to Fortune 500 corporations. Our reputation for precision and quality is unmatched. Don’t settle for anything less – choose Naxtry for your needs.
“Naxtry’s shop is a game-changer for our production needs. Their 5-axis CNC machining services have allowed us to tackle complex projects with ease. The team’s dedication to quality and on-time delivery has made them an invaluable partner in our business.”
– Mark S.
Los Angeles, US
“Working with Naxtry for our precision CNC machining needs has been a breeze. Their responsiveness, coupled with their top-notch manufacturer, has streamlined our production process. Their precision and quality have earned them our trust.”
– Robert K.
Boston, US
“We rely on Naxtry’s CNC machining services for our critical components, and they have never let us down. Their precision machining capabilities and attention to detail have helped us maintain the highest standards in our industry. We appreciate their dedication to excellence.”
– Linda G.
Vancouver, Canada
9. CNC Machining Engineering Guide
With Naxtry’s expert guidance and top-notch machining service, you can streamline your design process and create better results. Our step-by-step guide covers all aspects, from materials selection to final production. Get the most out of your manufacturing process with Naxtry’s expert solutions!
Step 1 : What is CNC machining
The CNC machining process involves a computer program controlling the movement of a machine tool to cut and shape materials into the desired part. The process begins with creating a 3D model or CAD file of the part, which is then translated into G-code instructions and fed into the CNC machine. The machine then uses cutting tools to remove material from a block of material and produce the finished part with complex geometries and tight tolerances.
Types of CNC Machining
CNC machining involves the use of computer-controlled machines to produce parts with complex geometries. It includes three main types of processes: milling, and turning. Milling involves cutting material from a workpiece with a cutting tool. Turning involves rotating the workpiece and removing material from its exterior surface. The machines’ movements can be linear (X, Y, Z axis) or rotational (A, B, C axis).
CNC Milling Machines
Modern CNC milling machines are advanced devices for cutting, shaping, and drilling materials. They are widely used in industries such as manufacturing, aerospace, and medical. These machines use cutting tools mounted on a rotating spindle and driven by an electric motor. The workpiece is secured on a table and moved in multiple axes under the control of a computer program, utilizing CNC technology for precision and automation. This results in accurate parts, even for complex shapes with tight tolerances.
CNC Turning Machines
CNC Turning Machines are computer-controlled devices that are used to shape material, usually metal, by rotating it and using cutting tools to remove material from the surface. They are used in a variety of industries, including manufacturing, aerospace, and medical. Turning Machines use advanced computer numerical control technology, which allows for precise movements and high levels of automation, resulting in consistent and accurate results, even for complex parts with tight tolerances.
Step 2 : How to Design for CNC Machining
Designing for CNC involves creating a 3D model or computer-aided design (CAD) file of the desired part. The design should consider the capabilities and limitations of the CNC process and the desired final product specifications, including material, size, tolerance, and surface finish.
Here are some guidelines for designing for CNC:
1.Consider the tolerances: Design parts with tight tolerances only if they are necessary for the intended application.
2.Minimize complexity: Avoid complex shapes that are difficult to machine, as these can lead to longer machining times and higher costs.
3.Avoid sharp corners: Sharp corners can lead to increased cutting forces and a shorter tool life. Rounded corners can help to reduce stress on the cutting tool and increase the overall tool life.
4.Plan for tool access: Consider the tool access required for machining the part and make sure that the design allows for the tool to reach all necessary areas.
5.Consider surface finish: Decide on the desired surface finish and design the part accordingly, taking into account any necessary post-machining operations.
6.Make use of simulations: Use computer simulations to validate the design and predict potential machining problems, such as tool deflection or cutting forces.
Step 3 : How to Choose Materials for CNC Machining
When choosing materials for CNC, there are several factors to consider, including the desired mechanical properties, required dimensional tolerances, and the intended use of the finished product. Some common materials used include aluminum, steel, plastic, and composites.
Aluminum is a popular choice due to its light weight, high strength, and good machinability. Steel is another popular choice, offering good strength and durability, but is typically heavier and more difficult to machine than aluminum.
Plastics are commonly used for their low cost, ease of machining, and variety of finishes. They are ideal for prototyping and short-run production, but may not have the strength and durability of metals.
Composites, such as carbon fiber reinforced polymer (CFRP), G10/FR4 are increasingly used in CNC machining due to their high strength,insulation and low weight. They are ideal for high-performance applications, but may be more difficult to machine and have longer lead times.
It is important to consider the end-use of the finished product when choosing a material for CNC. For example, if the part will be exposed to high temperatures, high impact, or corrosive environments, it may be necessary to choose a more specialized material. Additionally, the availability of raw materials, production lead times, and cost may also play a role in the final decision.
Shep 4 : How to Choose the CNC Machining Service
When choosing a CNC machining services, it’s important to consider the following factors:
1.Capabilities: Ensure that the service has the necessary equipment and expertise to produce the parts you require, including the right type of CNC machine and cutting tools.
2.Quality control: Look for a service with a strong quality control process, including inspection and testing procedures, to ensure that your parts meet your specifications.
3.Lead time and delivery: Consider the lead time for producing your parts and the delivery options available to ensure that you receive your parts on time.
4.Cost: Compare quotes from multiple services to ensure that you are getting the best value for your investment.
5.Customer service: Consider the level of customer support and technical assistance that the service offers, as well as their responsiveness and flexibility in addressing any issues that may arise
6. Industry experience: Look for a service that has experience working in your industry and is familiar with the regulations and standards that apply to your parts.
7. Reputation: Research the service’s reputation by reading customer reviews and case studies to ensure that they have a track record of delivering quality parts and excellent customer service.
Looking for CNC Machining Services On-demand?
10. Our Other On-Demand Manufacturing Services
Naxtry also offers top-quality sheet metal fabrication and injection molding services.We offer a comprehensive manufacturing solution, covering everything from raw material verification to final inspection, ensuring that our customers receive the highest quality products.
Sheet Metal Fabrication
Naxtry specializes in Sheet Metal fabrication, offering a range of services including Laser Cutting, Waterjet Cutting, Metal Stamping and Welding. Their services are suitable for both large scale and one-off manufacturing needs. The process of Sheet Metal Fabrication involves transforming flat metal sheets into various products and structures. The techniques used in this process include thermal cutting, mechanical cutting, punching, bending, assembling, and powder coating.
>Experience the precision and versatility of our top-of-the-line sheet metal fabrication services, from design to final product.
Injection Molding
Looking for a reliable and efficient injection molding solution for your plastic parts production? Look no further. Our company offers a complete end-to-end manufacturing service, starting from raw material verification, tool making, part fabrication, finishing, and final inspection. With our advanced injection molding technology, we can produce high-quality custom plastic molded prototypes and production parts, with the added options of mode and die, extrusion and die casting. Contact us today to find out more.
>Transform your ideas into high-quality, custom plastic products with our precision injection molding services.