CNC Machining Services for High-Precision Custom Parts
From rapid prototyping to low and medium-volume production, we deliver high-quality CNC machined parts with tight tolerances, fast turnaround, and engineering support.
- Precision machining up to ±0.005 mm tolerance
- 3-axis, 4-axis, and 5-axis CNC capabilities
- ISO-quality controlled manufacturing process
An NDA can be signed if needed before the quotation.
Complete CNC Machining Solutions for Custom Parts
We provide full-range CNC machining services covering milling, turning, and grinding. Whether you need rapid prototyping or stable production parts, we can support your project from concept to final delivery with engineering precision and manufacturing consistency.
CNC Milling Services
High-precision CNC milling, suitable for complex 3D geometries, flat surfaces, and structural components. Ideal for: enclosures, brackets, housings, and custom mechanical parts.
CNC Turning Services
Precision CNC turning for cylindrical and rotational parts with smooth surface finish and tight tolerances.Ideal for: shafts, bushings, connectors, and threaded components.
CNC Grinding Services
Ultra-precise grinding solutions for parts requiring extremely tight tolerances and superior surface quality.Ideal for: high-performance mechanical and functional components.
CNC Prototyping
You can quickly turn your design into physical parts for testing, validation, and design refinement.Fast turnaround and flexible quantities allow you to iterate efficiently without committing to large production volumes.Ideal for: product development, functional testing, design verification
CNC Machining for Multiple Industries
We serve a wide range of industries that require precision, reliability, and repeatable quality. Our experience across different sectors allows us to understand industry-specific requirements and deliver optimized solutions.
You require durable parts that can withstand mechanical stress and long-term use.
We deliver structurally stable components with consistent accuracy, helping you avoid fitment issues and improve overall product reliability.
Ideal for: brackets, shafts, functional mechanical parts
You need components with tight tolerances, smooth finishes, and reliable consistency for critical applications.
We help you achieve precise dimensions and stable quality, reducing the risk of assembly issues and ensuring your parts meet strict functional requirements.
Ideal for: housings, surgical components, precision connectors
Your products depend on precise enclosures and compact components.
We produce parts with clean finishes and accurate dimensions, ensuring proper fit and reliable performance in electronic assemblies.
Ideal for: enclosures, heat sinks, connectors
Your designs often involve complex geometries and high assembly precision.
We support your project with accurate machining that ensures proper alignment and smooth integration between components.
Ideal for: structural frames, joints, motion components
Advanced CNC Machining Capabilities for Demanding Projects
We provide full-range CNC machining services covering milling, turning, and grinding. Whether you need rapid prototyping or stable production parts, we can support your project from concept to final delivery with engineering precision and manufacturing consistency.
You Get Engineering Feedback Before Problems Appear
Instead of discovering manufacturing issues during production, you receive proactive DFM feedback before machining starts. This helps you avoid design flaws that could lead to cost overruns, delays, or part failure. You reduce risk before a single part is made.
Your Parts Stay Consistent From Prototype to Production
Many suppliers can make one good sample—but struggle when scaling up. Your parts are produced under controlled machining conditions that ensure repeatable accuracy across every batch, not just prototypes. You don’t need to worry about “sample vs production differences.”
You Can Confidently Build Complex Designs
If your part includes tight internal features, detailed structures, or multi-surface geometry, you don’t need to simplify your design just to fit manufacturing limits. Your design intent is preserved and executed with precision machining strategies. You don’t compromise your engineering vision.
Your Project Moves Faster Without Communication Bottlenecks
Slow response and unclear feedback often delay product development. Your drawings are reviewed quickly, your quotation is clarified efficiently, and your production timeline is clearly defined from the beginning. You save time in every stage of your project.
You Reduce Quality Uncertainty in Every Order
Instead of relying on final inspection alone, quality is controlled throughout the machining process. This ensures dimensional stability and reduces the chance of unexpected deviations or rework. You get predictable quality, not random outcomes.
You Can Scale Production Without Switching Suppliers
As your product moves from testing to market launch, you don’t need to find a new manufacturer. Your production process is already structured to support scaling from small batches to stable ongoing manufacturing. You keep one reliable partner across your entire product lifecycle.
Advanced CNC Machining Capabilities for Demanding Projects
We provide full-range CNC machining services covering milling, turning, and grinding. Whether you need rapid prototyping or stable production parts, we can support your project from concept to final delivery with engineering precision and manufacturing consistency.
step 1
Drawing Review & Engineering Feedback
You send your CAD files and requirements, and our engineering team reviews every detail to ensure your design is manufacturable and production-ready.At this stage, you may also receive DFM suggestions to help you improve part structure, reduce cost, and avoid potential manufacturing risks.
step 2
High-Pressure Injection Molding
You send your CAD files and requirements, and our engineering team reviews every detail to ensure your design is manufacturable and production-ready.At this stage, you may also receive DFM suggestions to help you improve part structure, reduce cost, and avoid potential manufacturing risks.
step 3
Drawing Review & Engineering Feedback
You send your CAD files and requirements, and our engineering team reviews every detail to ensure your design is manufacturable and production-ready.At this stage, you may also receive DFM suggestions to help you improve part structure, reduce cost, and avoid potential manufacturing risks.
step 4
Drawing Review & Engineering Feedback
You send your CAD files and requirements, and our engineering team reviews every detail to ensure your design is manufacturable and production-ready.At this stage, you may also receive DFM suggestions to help you improve part structure, reduce cost, and avoid potential manufacturing risks.
Dimud's Advanced CNC Machining Equipment
Choose the Right Material for Your CNC Machined Parts
Selecting the right material directly affects your part’s performance, durability, and cost.
If the material is not properly chosen, you may face issues like deformation, poor strength, or unnecessary expenses.
You get engineering support to help you select the most suitable material based on your application, structure, and production requirements.
Aluminum
Lightweight, corrosion-resistant, and easy to machine.
Best for: housings, brackets, structural parts where weight reduction matters
Stainless Steel
High strength, excellent corrosion resistance, and long-term durability.
Best for: medical, industrial, and outdoor applications
Brass
Good machinability with excellent electrical conductivity and corrosion resistance.
Best for: connectors, fittings, precision components
Titanium
High strength-to-weight ratio with excellent corrosion resistance.
Best for: aerospace and high-performance applications
Copper
Outstanding thermal and electrical conductivity.
Best for: heat dissipation parts and electrical components
ABS
Strong, impact-resistant, and easy to process.
Best for: prototypes and general-purpose parts
PC (Polycarbonate)
High impact resistance with good transparency.
Best for: protective covers and transparent components
POM (Delrin)
Low friction, high stiffness, and excellent dimensional stability.
Best for: gears, bushings, precision mechanical parts
Nylon
Good wear resistance and flexibility.
Best for: mechanical components and load-bearing parts
Enhance the Performance and Appearance of Your CNC Machined Parts
Surface finishing is not just about appearance—it directly impacts your part’s durability, corrosion resistance, and overall performance.
Choosing the right finishing option helps you improve product quality, extend service life, and achieve the exact look your application requires.
You get practical finishing solutions based on your functional needs, not just standard options.
Anodizing
You get improved corrosion resistance and a clean, professional appearance.
Available in different colors and finishes, anodizing also increases surface hardness.
Best for: aluminum enclosures, structural parts, consumer-facing products
Sandblasting
You achieve a uniform matte texture while removing machining marks.
This creates a consistent surface that is ideal for further finishing processes.
Best for: cosmetic parts and pre-treatment surfaces
Polishing
You get a smooth or mirror-like surface finish depending on your requirement.
This improves both appearance and surface quality for high-precision components.
Best for: visible parts, optical components, high-end products
Powder Coating
You get a durable, wear-resistant coating with strong adhesion and color flexibility.
It provides better protection compared to standard painting.
Best for: industrial parts, protective housings
Brushing
You create a directional texture that gives parts a modern and refined look.
Often used for aesthetic metal components.
Best for: decorative panels, visible surfaces
Plating
You improve corrosion resistance, surface hardness, and appearance through metal coating.
Different plating types offer different performance advantages.
Best for: functional parts requiring durability and protection
FAQ
You can upload STEP, IGES, STL, or PDF files. 3D formats like STEP or IGES are preferred for accurate quotation and production.
Lead time depends on part complexity and quantity, but most projects are completed within a few days to a couple of weeks.
Yes. Rush orders can be supported with expedited production depending on your project requirements.
Yes. CNC machining is ideal for single prototypes as well as repeat production.
Your files and project details are kept strictly confidential, and NDA agreements can be provided upon request.
Yes. You can still submit your concept or draft design, and engineering feedback will help you move forward.
CNC machining is widely used in industries such as automotive, medical, aerospace, electronics, and industrial equipment.
Yes. CNC machined parts can be shipped globally with secure packaging and reliable logistics partners.
You can start by uploading your design files and requirements to receive a quotation and project evaluation.
Cost is mainly influenced by part complexity, material type, quantity, and required precision.