Expert CNC machining for your on demand needs.

CNC machining Services

Brightstar offers the right CNC machining prototype services to quickly bring your custom metal or plastic products from concept to production

Certified: ISO 9001 and IATF 16949 Certified fabrication factory

Precision: Exacting tolerances, high quality parts, tight tolerance ±0.005mm, Ra0.2

Cost-effective: Competitive pricing, fast CNC prototyping turnaround.

Ready to achieve manufacturing and prototyping excellence? Request quote today to get started!

Our CNC machining Services

Brightstar has 17 years of rich prototyping and manufacturing experience. In China's highly competitive CNC machining market, why can we stand out among many prototype companies and CNC manufacturers to become a leading enterprise in Guangdong? It's because we never stop pursuing continuous development. Through talent acquisition and technological advancements, we have gradually achieved cooperation with small, medium, and brand companies worldwide. Our product quality consistently exceeds customers’ expectations, earning their trust and forming the foundation of our long-term partnerships. Experience Brightstar's machining service today! Please contact us to request a free sample.

2015

ISO 9001 CERTIFIED

100+

CNC machines

10K+

CNC machined parts/ month

100+

Plastic & metal materials

Advantages of CNC machining services

1.Material authenticity of CNC machining: In CNC machining, any material specified by the customer, such as aluminum, steel, alloy steel, plastic, etc., can be used to achieve material diversity. CNC machining starts with a piece of solid raw material, and removes material through cutting, milling or other mechanical processing methods to finally form the desired part. This method maintains the original characteristics of the material, because the processing process only removes excess material without changing the properties of the remaining material. Customers can choose materials with specific grades (i.e. specific models and specifications) with known mechanical properties and chemical composition, which keep the material natural, real, 100% of the raw material characteristics from before to after processing. Unlike CNC prototype machining, 3D printing and prototyping can only use specific materials, such as plastic filaments, powders (metal or plastic) or photosensitive resins, which must be able to melt or solidify to form each layer. Especially those grades of materials that are not specially designed for 3D printing, which means that 3D printing cannot use those materials with specific mechanical properties and chemical composition.

2. Low cost: For certain types of parts, CNC machining is a high-speed manufacturing process. A CNC machine equipped with a powerful spindle and good machine tooling can remove raw material quickly. If the part geometry is simple (for example, a solid base plate that requires holes, threads, steps, or slots), very little raw material is removed. In this case, the unit price of CNC machining will be much lower than 3D printing, because printing such a part will cost many hours

3. High precision: CNC machines can process parts very accurately according to the design drawings, and the error range is usually within a few microns. On a good CNC milling machine or CNC lathe machine, the machine tolerance can reach ±0.005 mm. If we can remove 0.005 mm in the final cutting of the workpiece, it means that we can easily get parts with a tolerance within ±0.01 mm. In contrast, the 3D printing process prints parts layer by layer, with a minimum layer height of 0.05 mm, which means that the tolerance of the part cannot be less than 0.05 mm.

4. Better surface quality: CNC machining can provide a better surface finish, sometimes even eliminating the polishing step. When the CNC milling machine reaches 15,000 rpm and the lathe reaches 6,000 rpm, the surface roughness of CNC machined parts is less than Ra 0.8, which is good for surfaces that can be bead blasted, painted or anodized without manual grinding. Meanwhile, parts manufactured by selective laser sintering (SLS), selective laser melting (SLM) or direct metal laser sintering (DMLS) processes have a surface roughness much greater than Ra 3.2.

5.More flexible part size: Large CNC machining centers can have a 6m x 3m or larger table, which means that very large parts can be milled. As far as we know, the largest lathe can reach a diameter of 5 meters. At the other end, with a precise 5 axis CNC milling machine and a cutting tool with a diameter of 0.05mm, we can mill tiny geometries from a small piece of material of 1mm x 1mm x 1mm.

6. Complexity: CNC machines can process complex geometric prototypes and parts, including those that are difficult to achieve with traditional manual processing, and can process complex contours and 3D shapes, such as non-linear curves, free-form surfaces, etc. They can easily process complex internal features, such as oblique holes, irregularly shaped holes, and internal threads. Modern CNC machines can perform 5 axis or even more-axis processing, making it possible to process complex 3D shapes.

Brightstar CNC machining Capabilites

Brightstar delivers a comprehensive suite of CNC machining services including CNC milling and CNC turning of a wide range of materials, also CNC milling turning, CNC 5-Axis machining, CNC precision machining, CNC rapid prototyping, CNC Electrical Discharge machining (EDM), CNC wire EDM,CNC waterjet cutting, grind machining, CNC drilling, CNC boring, CNC cutting, laser cutting, CNC engraving, polishing, thread tapping, Riveting...etc. equiped with advanced CNC machines and professional team, specialize in handling complex, precision, or special requirement ,ensure customer needs are met with excellence.
CNC Milling
CNC milling is a machining process to remove material and shape the workpiece. Brightstar has over 100 milling machines for rapid prototyping and custom machining of metal and plastic parts.
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CNC turning
CNC turning is a precision process using a CNC lathe to shape parts by cutting bar or tube materials. It creates external geometries, internal holes, and threads.
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5 Axis Precision Machining
5-axis CNC machining is a precise and efficient technology that can process complex parts with curved or intricate profiles in multiple directions at once.
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Precision CNC Machining
Brightstar utilizes high-precision machines and advanced manufacturing technologies to perform high-precision mechanical machining on metals and other materials, meeting the high-precision requirements for parts in industries such as aerospace, automotive manufacturing, and medical devices. Brightstar 's precision linear tolerance can achieve ±0.005mm or even higher requirements.
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Why cooperate with Brightstar's in CNC machining services?

Quality has always been the guideline for Brightstar Behavior, which is the biggest reason for customers to choose and trust Brightstar and maintain stable cooperation. We have obtained the ISO 9001:2015 certification and maintain strict compliance with its standards,Through rigorous inspection methods such as IPQC, FAI, and FQC, a series of quality inspections and controls, and the use of advanced detection tools, we ensure that the precision and quality of each product meet or even exceed customer requirements.
High Quality

2000 global happy customers, Over 50K projects delivered, 100% full inspection before shipment.

Diversity in material selection and surface treatment

More than 100 types of manufacturable materials, and 60+ surface treatment options

Cost-effectiveness

CNC affordable price, save 30% - 50% on your cost

High customization

Providing quickly customize solutions, from DFM to prototyping and production.

Whether it’s complex or precision parts, Brightstar meets your exact requirements.

Fast delivery capability

Machining completed in 3 days, global express delivery in 3-4 days

The ability to provide comprehensive solutions

Brightstar offers one-stop services, including DFM, custom manufacturing, and surface finishing,for comprehensive rapid prototyping solutions.

Emily Johnson

Marketing Manager

We are extremely satisfied with the machining services provided by Brightstar. The quality exceeded our expectations, especially in the details of the prototypes, where every tiny dimension and shape is precisely accurate. The precision of the prototypes met our required tolerance of ±0.005mm, which is quite rare in the industry. Brightstar's machining services are very professional, and we have already recommended Brightstar to other partners!

Alexander Lee

Software Engineer

The precision of the custom parts you provided fully meets our high standards, and the surface finish is also excellent. We are very satisfied with this cooperation!

Sophia Williams

Human Resources Director

From design suggestions to the feasibility of DFM manufacturing, Brightstar has provided us with incredibly patient and professional advice. To our pleasant surprise, the prototype parts we received from Brightstar are of exceptionally high quality, which makes us very much look forward to starting the next project.

Application of CNC machined parts

CNC machining is an automated manufacturing process that can produce a variety of complex precision parts with high accuracy, covering:

√airplane parts (such as engines, landing gear, satellite parts,Aircraft Parts,rivet),

√custom car parts (such as auto prototype, engines, gearboxes, brake systems,custom chassis), custom motorcycle parts, motorcycle prototypes.

√Medical devices and implants (such as surgical tools, implants,  and medical device prototyping), 
machinery and equipment parts (such as gears, bearings, gaskets, flanges and millions of machined aluminum parts),

√electronic equipment parts (such as electronic prototype, mobile phone prototype housings, laptop computer custom components, electronic parts)

√and precision instruments (such as watch parts, electrical components, connectors, switches).

It is also used to make molds and fixtures to support other manufacturing processes such as injection molding.

Gallery of our CNC Machined Parts

Our CNC machined prototypes and parts are widely used in electronics, aerospace, automotive, medical, automation and other fields.

Process: CNC turning+ milling

Material: stainless steel 316

Tolerances: ⌖0.05mm

Finishes: As machined (Ra0.8μm/1.6μm)

automation-cnc-turning--stainless-steel-joint--rod

Process: CNC turning

Material: stainless steel

Tolerances:◎ 0.05mm;

Finishes: Bead blasted, Clear anodized

automation-machine-aluminum-cnc-machining-cooling-plate

Process: CNC milling

Material: aluminum alloy

Tolerances: //0.2; ⌖0.05mm

Finishes: Bead blasted, Clear anodized

5-Axises-CNC-Machining-Metal-Precise-and-Complex-Prototypes

Process: CNC milling

Material: aluminum alloy

Tolerances:  ISO 2768-m

Finishes: As machined 1.6μm

cnc-turning-aluminum-part-motor-front-cover

Process: CNC turning + milling

Material: aluminum 6061

Tolerances:  ISO 2768-m

Finishes: Bead blasted, Clear anodized

Custom-Cnc-Mechanical-Aluminum-Plate

Process: CNC milling

Material: Aluminum 5083

Tolerances: ISO 2768-F

Finishes: Polishing

custom-non-standard-stainless-steel-cnc-parts-precision-shaft

Process: CNC turning + milling

Material: stainless steel 304

Tolerances: H6(0.016mm); h6(0.025mm); G5(0.018mm); ⌖(∅0.2mm)

Finishes: As machined Ra0.8μm

high-persion-aluminum-cnc-machining-medical-parts

Process: CNC milling

Material: aluminum 7075

Tolerances: ISO 2768-F, ▱ 0.1mm

Finishes: Polishing

CNC Machining Materials

Understanding the material characteristics and processing requirements is crucial to CNC machine. In the field of metal CNC machining and plastic CNC machining, Brightstar's prototypes, custom metal parts and CNC plastic machining parts commonly used materials include various types of metal, plastics and composite materials. The following are some common CNC machining materials and Its characteristics:

Metal materials include steel vs aluminum, inox steel, copper, iron, aluminum alloy, copper alloy, tungsten etc.

Machinable plastics include delrin material(POM-H), ABS, nylon, polycarbonate (PC), polyoxymethylene (POM),  polymethyl methacrylate (PMMA), etc., as well as polyethylene (PE), UHMW, polypropylene (PP), polyetherketone (PEEK), polyethylene terephthalate(PET), PBT, polyphenylene sulfide (PPS), polyetheretherketone (PEEK), polyvinyl chloride (PVC), Acrylic, PA (Nylon), PU, Teflon,​PS, ... and other materials

Other special materials: such as carbon fiber reinforced materials, glass fiber reinforced materials, ceramics, etc.

If you need to know more about material properties or want to know more about processable materials, please contact us info@brightrapid.com

CNC Metal Machining
We can manufacture more than 100 kinds of metal materials. Our CNC metalworking technology can ensure tight tolerances, fast delivery cycles and meet the most difficult manufacturing needs, whether in prototyping or final product production.
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CNC Plastic prototyping
CNC machining of plastic materials is quite extensive, with over 40 types of engineering-grade plastics that we can process, achieving excellent product structure and functionality, and are capable of undergoing mechanical testing.
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Common Surface Finishing at Brightstar

Brightstar offers more than 60 surface treatment processes, the most common of which include: Anodizing, Sand Blasting, Powder Coating, Painting, Electroplating, Silk printing, Knurling, Gilding, Grinding, Polishing, Wire Drawing, Passivation, Heat Treatment, Chemical conversion coating, Bluing Blackening, Laser engraving, Vapor Polishing, Texture, Plastic coating, Dyeing, Chromate oxidation, Bead blasting, Water transfer printing, Brushing, Vacuum Metalizing, Hand Finishing...etc, should you require any special surface treatment, please contact us.
Name Description
Anodizing

Anodizing is an electrolytic process for treating aluminum and its alloys. It forms an oxide film on the metal surface to enhance hardness, corrosion resistance, wear resistance, and appearance. There are three main types:
Type I: Thin oxide film (0.5-4μm), mainly for decorative purposes.
Type II: Better aesthetics and corrosion resistance, limited wear resistance. Coating thickness varies by color: black (12-18μm), clear (8-12μm), colored (4-8μm).
Type III (Hard Anodizing): Excellent corrosion and wear resistance, limited colors (clear or black), thickness range of 30-125μm.
In summary, Type I is decorative, Type II balances appearance and protection, and Type III offers strong protection for industrial use.

Sand Blasting

Sandblasting is the process of using abrasive particles ejected at high pressure and at high speed to remove the oxide layer, rust or old coating on the surface, making the rough surface smooth and improving the adhesion of subsequent coatings.

Powder Coating

Powder Coating is an electrostatic spraying technology that charges the powder coating and adsorbs it on the surface of the object. After high-temperature baking, the powder melts and fixes on the object. Generally, the thickness of powder spraying should be between 20-150μm. For specific industries, such as automotive painting, the coating thickness is usually required to be between 50-120 microns.

Painting

Painting involves spraying liquid paint onto an object’s surface to form a smooth coating. It provides protection, decoration, and special functions like UV resistance, EMI shielding, insulation, and high-temperature resistance. We use Pantone and RAL systems for color matching and two-color/multi-color techniques for gradient and layered effects. The final coating can mimic 2K molding and offer finishes like matte, flat, semi-gloss, glossy, or satin.

Electroplating

Electroplating is a process that uses the principle of electrolysis to plate a thin layer of other metals or alloys on the metal surface, such as nickel, chromium (chroming), zinc (Galvanizing), silver, rose gold, etc. It uses electrolysis to attach a metal film to the surface of metal or other materials to prevent metal oxidation (such as rust), improve wear resistance, conductivity, reflectivity and corrosion resistance (copper sulfate, etc.), and enhance aesthetics.

Silk printing

Silk printing, Silk screen printing, full name screen printing, screen printing is a printing technique that uses a mesh-like screen to transfer ink to the surface of various materials. This technique can be applied to a variety of materials, including but not limited to fabric, paper, glass, wood, plastic and metal. Due to its unique texture and visual effects, screen printing is still very important in the field of modern printing and design.

Grinding

Grinding is a common surface treatment process. Its purpose is to remove irregularities, burrs, rust or other defects on the surface of the material by physical or chemical means to make the surface smoother, flatter and cleaner. It is usually done by hand using tools such as sandpaper, grinding wheels and sanding belts, and by mechanical grinding using a grinder machine. Sanded to a surface finish of Ra 0.8 μm with 600 grit sandpaper; Sanded to a surface finish of Ra 0.4 μm with 1000 grit sandpaper;

Polishing

Polishing is a processing method that uses abrasive particles or other polishing media and flexible polishing tools to remove fine scratches and flaws on the surface of the workpiece, reduce the surface roughness of the workpiece, and obtain a bright and smooth surface or a mirror-like gloss.The surface finish of mirror polishing and clear polishing can generally reach Ra 0.1-0.05 μm.

Passivation

Passivation is a process that uses strong oxidants or electrochemical methods to cause an oxidation reaction on the metal surface, remove iron ions on the surface, form a dense passivation film, and thus improve the corrosion resistance of parts.

Blackening

Blackening is also a chemical oxidation treatment process for metal surfaces. Blackening is carried out at a lower temperature, usually between 130°C and 150°C, to form a black oxide film. This process is more commonly used in ordinary mechanical parts because of its relatively low cost and short processing time.

Bead blasting

Bead blasting is a surface treatment process using high-pressure beads (glass, ceramic, or metal) to clean or change surface texture. It’s gentler than sandblasting and creates a uniform matte finish. Glass beads range from #80 to #220. Larger beads (#80) remove thick coatings, while smaller beads (#220) are for fine polishing.

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CNC machining tolerances

Brightstar's precision machining machines enable us to provide high-precision prototypes and machined parts. Brightstar follows the ISO 2768-M or ISO-2768-F standard, and the highest tight linear tolerance can be ±0.005mm (±0.00019685″). Through strict testing and advanced testing equipment and tools, we ensure that every tolerance meets customer requirements and the precision and accuracy are within the drawing range.
Surface roughness level comparison and application
International Marking Rz Ra Surface Shape Characteristics Processing Methods
N12 200 50 Rough surface Clearly visible tool marks Sawing, rough turning, rough milling, rough planing, drilling and processing with coarse files, coarse grinding wheels, etc.
N11 100 25 Visible tool marks
N10 50 12.5 Slight tool marks
N9 25 6.3 Semi-glossy surface Visible tool marks Cold drawing, fine turning, fine reaming, rough reaming, rough grinding, scraping, rough broaching, polishing, etc.
N8 12.5 3.2 Slight tool marks
N7 6.3 1.6 No visible tool marks
N6 6.3 0.8 Smooth-surface Identifiable tool mark direction Grinding, diamond turning tool finishing, fine reaming, cold drawing, broaching, polishing, etc.
N5 3.2 0.4 Micro-identify the direction of tool marks
N4 1.6 0.2 Unrecognizable direction of machining marks
N3 0.8 0.1 High gloss surface Matt gloss finish Grinding, polishing, fine grinding, super fine grinding, mirror grinding, etc.
N2 0.4 0.05 Bright glossy surface
N1 0.2 0.025 Mirror surface
  0.1 0.012 Mist mirror surface
  0.05   Mirror surface

Following the below steps to get CNC prototypes or machined parts

01
Upload your CAD file
Simply upload your files or project details directly to our quote page.
02
DFM analysis and quote
We will provide manufacturing analysis and real-time quotation within 12 hours
03
Start Production
Upon receipt of your confirmation, we immediately start 24/7 production based on your CAD design
04
Get Your Parts
Your product will be produced and shipped within a few days

Tips for CNC Machined Part Design

Simplify Design
Eliminate unnecessary high precision and unneeded tight tolerances, or design for deep and narrow holes that are best machined through EDM, as these can be prone to failure and increase costs.
Avoid Sharp Corners and Points
Sharp corners and points are difficult to machine and can lead to tool damage. A radius of at least 0.5mm is typically recommended to replace sharp corners. As well as considering various thread types, for internal threads, the recommended minimum size is M2, and M6 or larger is recommended to ensure the reliability of threaded connections
Use Standard Sizes
Whenever possible, use standard sizes and tolerances to minimize the need for custom tools.
Provide Adequate machining Allowance
machining alowance is extra material provided to compensate for machining errors and matenial defomation. During rough machining, it is common to add a certain amount of allowance to the design size to ensure there is enough materal for fine machining.
Consider Matenial Properties
Different materials have diferent machinability characteristics,such as hardnes,toughness, and heat treatment characteristics, all of which need to be considered in the design. For example, aluminum alloys have good mechanical properties and are easyto machine, while stainless steel has high strength and corrosion resistance but is more difficult to machine.
Use Appropriate Tolerances
Tolerance is the allowable error range for part dimensions, CNc machining can achieve very high precision, with our most precise tolerances reaching +/0.005mm, However, choosing the right tolerance when designing is crucial for ensuring part functionality and reducing costs.
Communicate with Manufacturers
Communication with manufacturers during the design phase is essential to ensure the manufacturability of the design. Manufacturers can provide feedback on material selection, tolerances, surface treatments, and other design for manufacturability (DFM) considerations to ensure the design meets manufacturing and functional requirements
Use 3D Modeling Software
Use 3D Modeling Software: 3D modeling software, such as SolidWorks, AutoCAD, or Fusion 360, can help designers create detailed part models and anticipate potential machining issues. These programs typically include tools for analyzing part geometries and plugins for generating CNC code, ensuring that the design can be seamlessly machined on CNC machines.

CNC machining FAQ

For support on CNC machining and engineering information, please refer to our FAQ
What are the key points to know about machining polypropylene?

When machining polypropylene, it's crucial to use non-aromatic, water-soluble coolants for the best surface finish and dimensional accuracy. Polypropylene's semi-crystalline structure allows for close-tolerance machining, making it ideal for precision parts

How to choose a custom aluminum fabrication service provider?

When choosing a custom aluminum fabrication shop, factors such as its background in the relevant industry, technical capabilities, quality control measures, material selection, customization and design support, cost and delivery time should be considered.

What are the key technical elements to achieve zero tolerance machining?

The key technical elements to achieve zero tolerance machining include the use of high-precision CNC (computer numerical control) equipment to ensure the accuracy and repeatability of the machining process, strict environmental control to maintain the consistency of material dimensions, the use of high-precision measurement tools such as coordinate measuring machines (CMMs) and optical comparators for precise dimensional verification, and the use of custom-designed cutting tools, which are usually made of superhard materials such as diamond or cubic boron nitride to improve cutting accuracy and tool life. These elements work together to achieve near-zero tolerance machining accuracy to meet the extreme requirements for part size and geometric accuracy in the high-end manufacturing field.

What's the alum 6061 best temper for CNC custom aluminum machining?

In CNC machining, custom aluminum parts, choosing the right aluminum alloy heat treatment state is crucial to ensure machining efficiency and part performance. For 6061 aluminum alloy, the T6 heat treatment state is generally considered to be the most suitable for machining. For aluminium CNC machining applications that require high strength, high precision, and fine surface treatment, 6061 T6 aluminium is a very ideal choice. It is widely used in the manufacture of parts in the fields of aerospace, automobile, shipbuilding, construction, and more

What is the difference between a counter sink and a chamfer?

Counter sinks and chamfers are very similar, with chamfers typically being 45 degrees (although the angle can vary), and counter sinks typically being available in a variety of standard angle sizes, the most common being 82°, 90°, or 100°. In the case of a 90° counter sink, this designation is the same as a 45° chamfer, as the countersink angle takes into account both sides, so it is twice the angle of the chamfer.

In machining, it is necessary to consider the machinability of the material. Different levels of processing difficulty will lead to different costs. , such as the machinability of 18 8 stainl

The machinability of 18 8 stainless steel is relatively high, but compared to some other metal materials, it has a more pronounced trend of work hardening, which means that the material becomes harder during the machining process, thereby increasing the risk of tool wear. It is recommended to use sharp tools made of cemented carbide or coated high-speed steel (HSS). Due to its low thermal conductivity, heat accumulation may become a problem, so the use of appropriate coolants and lubricants is necessary. 18 8 stainless steel is a food-grade material, commonly used in the food processing and pharmaceutical industries because it does not exude chemical substances and is considered safe and non-toxic.

In CNC machining, how to optimize the production line to improve performing manufacturing operations?

In CNC machining, in order to improve the performing manufacturing operations on lines, we adopt lean production techniques, introduce advanced machining equipment, optimize production layout, implement preventive maintenance, reduce machine downtime, continuous employee training, and adopt real-time data monitoring and analysis. These methods help reduce waste, increase the speed and flexibility of the production process, and thus improve overall production efficiency. A 50% increase in productivity, a 30% reduction in costs, and a 60% reduction in delivery time have been achieved.

If you are not satisfied with the CNC manufacturing companies near you, what else can I do?

Expand your search to find CNC manufacturers further away who may offer better quality, price or service.
Brightstar is a CNC machining China, Brightstar provides milled or lathe CNC parts at competitive prices in as fast as 3 days, and through international logistics, it can reach you in about 3-4 days, or even faster.

How do you ensure the quality of the parts?

Brightstar has passed the ISO9001:2015 quality system standard and adopts strict quality control processes, including raw material inspection, in-process inspection and finished product inspection, and provides relevant test reports according to customer requirements.

What is your delivery time?

The delivery time depends on the complexity of the part and the processing volume. Brightstar will provide an estimated delivery time when quoting. CNC machining is usually 3-20 days, and large quantities or complex structural parts are a little longer.

How long can I receive a quote for my project?

Usually, a preliminary quote can be provided within 1-3 business days after receiving complete information, and as fast as 2 hours, depending on the quotation quantity.

I don't have CAD data, can you help me design the part?

As a contract manufacturer, we don't design products, but we can provide manufacturability (DFM) guidance to help you optimize the design and reduce costs while maintaining product functionality.

Does this machine shop services near me?

With the progress of globalization, many companies are seeking global machining solutions to reduce costs and improve production efficiency. If you also want to reduce costs, you might as well take a look at Brightstar, a rapid manufacturing company located in Dongguan, a famous manufacturing city in China, with a large machining shops equips over 100 sets CNC machines, although we may not be geographically close to you, we offer quick turnaround delivery, with CNC parts in just 3 days, at competitive prices.

What information do you need to quote my part?

Detailed drawings of the part, material specifications, processing requirements, quantity and other information are required.

What CNC fabrication services do you provide?

Brightstar provides CNC fabrication prototype services including but not limited to milling, turning, drilling, tapping, grinding and wire cutting in a wide range of materials including metal stainless fabrication, aluminum alloys, titanium, plastics, and composites, offering precision and quality to meet the diverse needs of industries such as aerospace, automotive, medical, and consumer electronics.

What are your CNC machining capabilities?

Brightstar's CNC machining capabilities include high-precision machining, complex shape manufacturing, multi-axis machining, etc.

What factors affect the machining price of CNC parts?

The machining price of CNC parts is influenced by material costs, complexity, processing time, and quantity. For an exact quote on CNC machining, contact a service provider for a detailed estimate based on your specific requirements.

What is the maximum range of your machine tool travel?

Brightstar's machine tool travel sizes range from small machines to large machines in our precision machine shop. Please consult Brightstar's technicians for specific sizes.

What is the surface finish left by CNC machining?

Surface finish depends on the processing method and material, and can usually reach Ra0.2 to Ra3.2 microns.

Blogs

The Advantages of Precision CNC Machining
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The Advantages of Precision CNC Machining
Precision CNC machining stands out for its ability to deliver parts with exceptional accuracy and repeatability.
The Future of CNC Machining Services
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The future of CNC machining services is bright, with ongoing advancements in technology driving improvements in accuracy, speed, and efficiency.
The Role of CNC Machining in Prototyping
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The Role of CNC Machining in Prototyping
CNC machining services play a vital role in the prototyping phase of product development.

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