Service de fraisage CNC
What is CNC Milling?
CNC Milling is a advanced subtractive manufacturing process that utilizes computerized controls and rotating multi-point cutting tools to precisely remove material from a workpiece, transforming it into custom-designed parts and components. At JST Industry, our precision CNC milling service goes beyond basic machining. We operate a extensive fleet of state-of-the-art multi-axis CNC milling centers, coupled with rigorous quality control protocols. This enables us to produce highly complex geometries, intricate features, and tight-tolerance parts with exceptional repeatability. From rapid prototyping to high-volume production runs, our CNC milling solutions are engineered to deliver unmatched dimensional accuracy, superior surface finishes, and optimal functionality for your most critical applications across industries such as aerospace, automotive, robotics, and medical technology.
Main CNC Milling Materials
Alliages d'aluminium
CNC Milling Services peut usiner avec précision des alliages d'aluminium, tels que ceux utilisés dans l'aérospatiale, l'automobile et l'électronique pour la fabrication de pièces. Nous pouvons effectuer un fraisage de précision conformément aux exigences de conception du client, ainsi qu'aux exigences en matière de précision des pièces et de qualité de la surface.
Acier
Différents types d'acier, tels que l'acier inoxydable, l'acier au carbone, l'acier allié, etc., peuvent également être traités par fraisage CNC. Ces aciers sont couramment utilisés dans les pièces de machines, les pièces automobiles, les outils et d'autres domaines. Nos services de fraisage garantissent que la précision dimensionnelle et la qualité de surface des pièces en acier répondent aux exigences du client.
Cuivre
Les services de fraisage CNC peuvent également être utilisés pour traiter le cuivre, qui est couramment utilisé dans la fabrication de pièces pour les applications électriques, électroniques et de télécommunications. Nous pouvons garantir la précision et la qualité de la surface des pièces en cuivre grâce à un fraisage de précision répondant aux exigences du client.
Alliages de titane
Les alliages de titane ont d'excellentes propriétés et sont couramment utilisés dans l'aérospatiale, les appareils médicaux et d'autres domaines. Nos services de fraisage CNC peuvent effectuer un usinage de précision sur les alliages de titane afin de produire des pièces de haute qualité qui répondent aux exigences strictes de nos clients en matière de précision et de qualité.
ABS, nylon, polyamide, etc.
Ces matières plastiques sont couramment utilisées pour la modélisation, les boîtiers d'appareils, les roulements, les engrenages et d'autres pièces. Nos services de fraisage CNC peuvent usiner avec précision ces matières plastiques pour produire des pièces de forme complexe et de haute précision.
All CNC Milling Materials Parameter
| No. | Matériau | Description |
|---|---|---|
| 1 | 1018 Steel | General purpope 1018 steel is the most prominent of the carbon steels. The low carbon content makes this steel ductile and suitable for forming and welding. |
| 2 | Alloy Steel 4140 | Additional chromium makes this steel corrosion and fracture resistant. |
| 3 | Aluminum 2024-T3 | 2024 aluminum is used when a high strength-to-weight ratio is required, such as for gears, shafts and fasteners. It is nonmagnetic and heat treatable. |
| 4 | Aluminum 5052 | Corrosion resistant aluminum frequently used in sheet metal applications. |
| 5 | Aluminium 6061-T6 | Aluminum 6061 is easily machined and lightweight, perfect for prototypes, military and aerospace applications. |
| 6 | Aluminum 6063-T5 | Commonly used outdoors as architectural trim, railings, and door frames, 6063 aluminum has better machinability than 3003. It is nonmagnetic and heat treatable. |
| 7 | Aluminium 7075-T6 | Harder and higher strength aluminum alloy good for high-stress parts. |
| 8 | ASTM A36 | General purpose, hot rolled steel plate. Great for structural and industrial applications. |
| 9 | Brass C360 | A highly machinable brass. Great for prototyping gears, fittings, valves and screws. |
| 10 | Copper 101 | Commonly known as Oxygen-Free Copper, this alloy is great for electrical conductivity. |
| 11 | Stainless Stee 17-4 | A high strengh, corrosion resistant stainless alloy. Easily heat treatable. Typically used in medical equipment. |
| 12 | Stainless Steel 303 | A machinable, corrosion-resistant material. |
| 13 | Stainless Steel 304 | A machinable, corrosion-resistant material. |
| 14 | Stainless Steel 420 | Contains more carbon than stainless 410 to give it increased hardness and strength when heat treated. Offers mild corrosion resistance, high heat resistance, and improved strength. |
| 15 | Titanium Grade 2 | High strength, low weight, and high thermal conductivity. Ideal for applications in the aerospace and automotive industries. |
| 16 | Zinc Sheet Alloy 500 | Continuous-cast alloy. Has good electrical conductivity and is highly resistant to corrosion. This alloy is readily treatable for painting, plating and anodizing. |
| 17 | Acetal (White/Black) | Acetal resin with good moisture resistance, high wear-resistance, and low friction. |
| 18 | Acrylic (PMMA) | A clear glass-like plastic. Good wear and tear properties. Great for outdoor use. |
| 19 | Black ABS | High strength engineering plastic, used for many commercial products. |
| 20 | Nylon 6/6 | Offers increased mechanical strength, rigidity, good stability under heat and/or chemical resistance. |
| 21 | PEEK | Offering excellent tensile strength, PEEK is often used as a lightweight substitute for metal parts in high-temperature, high-stress applications. PEEK resists chemicals, wear and moisture. |
| 22 | Polycarbonate (PC) | A clear or colored, light-weight, glass-like plastic than can be machined. |
| 23 | PTFE (Teflon) | This material surpasses most plastics when it comes to chemical resistance and performance in extreme temperatures. It resists most solvents and is an excellent electrical insulator. |
Surface Finishes for CNC Milling Parts
As-Machined
Default surface from CNC; visible tool marks; roughness set by tool & parameters
Smooth
Abrasive tools/media remove top layer, reducing roughness & imperfections
Sablage de perles
Fine glass beads/media create smooth matte/satin finish; removes tool marks
Anodisation
Electrochemical thickening of natural Al oxide; clear or dyed; adds corrosion resistance
Polissage
Mechanical removal of material to create smooth/glossy or mirror-like surface
Revêtement par poudre
Dry powder applied electrostatically & cured; durable, uniform, protective layer
Brushing
Abrasive belts/brushes produce uniform directional texture; satin/matte look
Electroplating
Blast with fine glass beads/media, removes tool marks & surface imperfections; mooth, matte, satin finish
Passivation
Chemical treatment for stainless/metals; removes free iron, enhances corrosion resistance
Traitement thermique
Heating & cooling to alter hardness/strength/toughness; hardens outer layer
Electropolishing
Electrochemical removal smoothes & brightens; high-gloss, reflective; improves corrosion res.
Chromating
Chemical conversion coating on Al; provides corrosion resistance & paint primer
Sandblasting
Abrasive media (sand, Al₂O₃, etc.) cleans/textures; rougher than bead blasting
Tumbling
Vibratory finishing with abrasive media; polishes, deburrs, smooths complex/small parts
Laser Engraving
Laser beam etches permanent markings (logos, text, serial numbers); no overall finish change
Black Oxide
Chemical coating on steel yields black matte finish; moderate corrosion & glare reduction
Normes et tolérances du fraisage CNC
As a professional CNC milling service provider, JST is committed to delivering unmatched precision through our advanced machine tools and rigorous process controls. Our capability to hold tight tolerances and produce superior surface finishes is foundational to our service.
1. Machine Tool Accuracy: The Foundation of Precision
The performance of our CNC milling centers directly enables our precision standards. Key capabilities include:
√ Positioning Accuracy: Our machines achieve micron-level positioning accuracy. This allows the cutting tool to be moved to the exact programmed coordinates on the workpiece, ensuring the foundational dimensional accuracy of every feature.
√ Repeatable Positioning Accuracy: We maintain exceptional repeatability, typically within tens of microns. This ensures that across multiple workpieces or setups, the machine returns to the same precise position, guaranteeing consistency and stability throughout your production run.
| Turning Area | Dimension | Tolerance |
|---|---|---|
| Hole | 0.5-3 mm | +/-0.02 mm |
| Hole | 3-6 mm | +/-0.02 mm |
| Hole | 6-30 mm | +/-0.05 mm |
| Hole | 30-120 mm | +/-0.05 mm |
| Geometric tolerances | 0.5-3 mm | +/-0.02 mm |
| Geometric tolerances | 3-6 mm | +/-0.02 mm |
| Geometric tolerances | 6-30 mm | +/-0.03 mm |
| Geometric tolerances | 30-120 mm | +/-0.05 mm |
| Geometric tolerances | 120-400 mm | +/-0.05 mm |
| Geometric tolerances | 400-1000 mm | +/-0.10 mm |
| Angle | 0-50 mm | +/-30' |
| Angle | 50-400 mm | +/-15' |
| Angle | Over 400 mm | +/-5' |
2. Superior Surface Finish Capability
We integrate high-speed spindles with premium-grade cutting tools to execute optimized machining strategies.
This combination enables smooth, high-efficiency cutting that produces excellent surface quality directly from the machine, often reducing the need for and cost of secondary finishing operations.
3. Controlled Process for Guaranteed Outcomes
Precision is sustained through meticulous control of every machining parameter. Our engineering team optimizes and monitors cutting speed, feed rate, depth of cut, and tool paths using advanced CAM software.
By coupling the inherent precision of our equipment with data-driven process control, we ensure your specifications are met—whether for complex geometries or parts requiring extremely tight dimensional tolerances.
We engineer precision into every part, transforming your designs into accurately machined components.
CNC Milling Parts We Can Process
As a processing company with many years of CNC milling service experience, JST is proud to display the CNC milling parts and samples of various materials that we have produced. Our technical team and advanced equipment ensure that we can process a variety of materials, including but not limited to:
JST Industry specializes in machining a diverse spectrum of materials and part complexities. Our expertise ensures optimal results for your specific project requirements.
Precision CNC Milled Components
We excel in manufacturing high-tolerance, precision CNC milled parts for a wide array of applications, including complex mechanical assemblies, sensitive electronic enclosures, and sophisticated optical device components. Our comprehensive machine shop is equipped to handle your specific needs, from custom one-off prototypes to full-scale production orders. Supported by advanced coordinate measuring machines (CMM) and precision measuring equipment, we guarantee that every part meets stringent specifications for dimensional accuracy and surface quality, ensuring perfect fit and function.
CNC Milling Aluminum Alloy Parts
Aluminum alloys, favored for their excellent strength-to-weight ratio and machinability, are ideal for aerospace, automotive, and consumer electronics. JST possesses deep expertise in the efficient and precise machining of aluminum parts. We strategically select high-performance tooling and optimize cutting parameters—such as speed, feed, and coolant application—to prevent galling, achieve impeccable surface finishes, and maintain structural integrity, all while maximizing production efficiency.
Fraisage CNC de pièces en acier inoxydable
Stainless steel, known for its exceptional corrosion resistance, durability, and mechanical strength, is a mainstay in medical, marine, and food processing equipment. Machining this tough material requires specialized knowledge. JST leverages advanced machining strategies and premium-grade tooling to effectively manage stainless steel’s work-hardening tendencies and high cutting forces. Our process ensures the production of durable, high-precision parts with excellent surface finish and minimal distortion, meeting the demanding standards of critical applications.
CNC Turn-Milled Complex Parts
For parts requiring combined features best produced by both turning and milling operations, our CNC turning-milling compound machining services offer an integrated solution. This advanced approach allows complete machining of complex parts—like those with off-center holes, flats, or contoured surfaces—in a single setup on our multi-tasking mill-turn centers. This significantly enhances accuracy by reducing re-fixturing errors, improves consistency, and shortens overall lead times. JST’s experienced technical team programs and operates this advanced equipment to deliver complex, high-precision components from bar stock or blanks with optimal efficiency.
Application
The applications for precision CNC milling parts are nearly limitless. From aerospace and automotive to medical and consumer electronics, see how our expertise has been applied across industries—and imagine how we can help bring your design to life.
Dispositifs médicaux
Help Center
FAQ
Q: What are your standard tolerances for CNC milling services?
A: We routinely hold standard tolerances of ±0.005 inches (±0.127 mm) for machining, with even tighter tolerances achievable based on part geometry and material. We will review your drawings to confirm feasibility and recommend the most efficient approach to meet your specifications.
Q: What file formats do you accept for part quotes and manufacturing?
A: We prefer 3D solid models in STEP or IGES format, along with 2D drawings in PDF or DWG format that clearly specify critical dimensions, tolerances, material, and finish requirements. This ensures an accurate and rapid quotation process.
Q: Can you handle both prototyping and large-scale production?
A: Absolutely. Our flexible manufacturing setup and workflow are designed to efficiently manage projects of all volumes, from single prototype pieces to long-run production batches, ensuring consistent quality throughout.
Q: How do you ensure the quality of the machined parts?
A: Quality is integral at every stage. We employ a First Article Inspection (FAI) process and utilize precision measuring equipment, including CMMs, calipers, and surface testers, for in-process and final inspections. Detailed inspection reports can be provided to certify part conformity.
Q: What is your typical lead time?
A: Lead times vary based on part complexity, quantity, and current shop schedule. Generally, prototypes can be delivered in as little as 1-2 weeks, while production timelines will be quoted accordingly. We prioritize clear communication of timelines upfront and throughout your project.
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