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CNC Machining Capabilities
We deliver custom cnc milling services for a wide variety of industries with an unparalleled level of quality and precision. We produce complex components and specialize in small end milling to meet the increasing demands of our high tech . industry customers.
From prototypes through to high volume production, we already work with highly demanding industries such as aerospace, automotive, electronics, medical, optoelectronics, and injection mold and die. Contact us to see why global leading brands trust us to deliver their precision parts.
As experienced CNC engineers, we specialize in delivering high-quality and cost-effective 3-axis CNC milling services. Our expertise allows us to handle intricate geometries, such as undercuts, threaded apertures, crisp edges, and flat contours with exceptional accuracy.
Our 4-axis milling capabilities enable cost-efficient machining of angled features that may be unattainable with conventional 3-axis machines. Combining increased power, superior control, and heightened precision, 4-axis milling presents the optimal solution for your advanced machining needs.
We can provide milling services for a wide range of materials with our excellent range of imported milling centers, click the link below to view our machine list.
Employing advanced CMM systems and automated inspection technologies, we ensure components are inspected with unparalleled precision.
This approach guarantees that the finished parts not only meet customer expectations but also surpass market standards, providing exceptional value in every CNC Milling project.
Surface finishing refines the overall texture (lay, roughness, waviness) of machined parts, enhancing their functionality, durability, and appearance. Our expert CNC milling engineers recognize the significance of flawless surface finishes, particularly in aerospace and medical applications. Below are some common finishes our team provides:
As machined components are supplied as they come off the machine without any additional finishing processes. This can be a cost effective option. They will have minor tool marks and a standard surface roughness (Ra) of 3.2 μm. Surface finish requirements can be increased to 1.6, 0.8 or 0.4μm according to customers requirements.
This finish is a good choice for those who are more concerned with dimensional integrity than aesthetics. However, CNC milled parts with as-machined finishes don’t offer additional protection as their roughness and lack of protective coating renders them susceptible to nicking, scuffing, and scratching.
Fine polishing can be applied to CNC milled parts with high surface finish requirements. A surface roughness of Ra0.008μm can be achieved with our polishing processes.
JC Machining also has many years of experience in Optical lens molds which often require this method. Please contact us for more information about this.
Typically used on CNC Turned or CNC machined aluminum anodizing offers numerous benefits for components, including enhanced corrosion resistance, increased wear resistance, improved aesthetics through color options, optimized heat dissipation, and a stronger surface for long-lasting durability.
JC Machining offers various levels of anodized coatings from basic to hard anodizing based on your component finishing requirements.
Black oxide finishing delivers several advantages for components, such as corrosion protection, reduced light reflection, improved aesthetics with a sleek black appearance, enhanced lubrication properties, and minimal dimensional changes.Unlike painting or plating surface treatments, black oxide will not chip or flake.
We can provide a variety of sandblasted finishes to meet customers surface finishing requirements.
JC Machining is well experienced with sandblasting of medical instruments, automotive parts, and electronic device components that require precise measurements and impeccably smooth surfaces.
In our current facilities, we have:
Other advanced manufacturing equipment.
There is no MOQ. We offer solutions such as one-off rapid prototypes, custom low-volume CNC machining, and mass production with short lead times.
Even though our in-house machines can machine larger parts, we recommend these sizes:
Lead times will vary depending on your project complexity and our capacity:
For larger projects, in general, you can expect shipment 2-3 weeks after sending in your confirmed order.
With rapid one-off CNC prototypes, global delivery can be within 10 days.
Our sales office operates from 8:00 am to 6:00 pm local time (GMT+8)
Our factory operates 24/7 Monday to Sunday.
As Machined, Polishing, Sand Blasted, Black Oxide, TiN, TiCN, TiALN, AlCrN, DLC and Chrome Plated.
We offer free ground shipping limited to customers in Taiwan and China. For other locations, our sales and fulfillment team will work with the carriers of your choice.
We understand that your 3D data and designs are invaluable to your business. Therefore, we take the protection of your intellectual property rights (IPR) very seriously. We encrypt all files that are transferred using SSL, ensuring that they can’t be intercepted while being uploaded to our servers.All the information and any files which you upload onto our platform are stored securely, and only ever shared within our organization with those employees who need access to it in order to manufacture your parts.
We ensure confidentiality across the entirety of your order; original drawings are not shared with 3rd party suppliers as all our production is done in-house.If you would like some additional reassurance, we can sign a Non-Disclosure Agreement.
JC Machining has a CNC manufacturing team of professional engineers and machinists to reduce manufacturing redundancy, optimize CNC programming, shorten machining time, improve surface finish, and deliver the best quality machined parts.We take each project personally and carefully examine each drawing, we can then enhance the 2D/3D designs by adding clarity and detailed information and further analyze your design to accommodate any special fixturing and machining strategies used to produce your parts at a very reasonable cost.
Our manufacturing team follows strict quality control standards, delivering 100% accuracy at strict tolerances. You can also call or email us at any time, and we’ll help with ordering parts, design feedback, material recommendations, and answer any questions.
If you’re looking for enhanced capabilities like tighter tolerances, more complexity, or high-volume production quantities JC Machining in-house manufacturing delivers the solutions you need.
| Fixture for semiconductor | |
| Material Used: | ALU7075 |
| Machining Process: | CNC milling |
| Finish: | As machined |
| Tolerance: | +/-0.05 |
| Plastic mold core | |
| Material Used: | STAVAX |
| Machining Process: | CNC milling |
| Finish: | As machined |
| Tolerance: | +/- 0.03 |
| Plastic Mold Core | |
| Material Used: | STAVAX |
| Machining Process: | CNC turning & CNC milling |
| Finish: | As machined |
| Tolerance: | +/- 0.02 |
| Solar panel mold parts | |
| Material Used: | POM |
| Machining Process: | CNC milling |
| Finish: | As machined |
| Tolerance: | +/- 0.03 |
| Custom Mold Component | |
| Material Used: | SCM440 |
| Machining Process: | CNC Milling, CNC Turning, Surface grinding |
| Finish: | As machined |
| Tolerance: | +/- 0.03 |
| Assembly for Machinery Parts | |
| Material Used: | SNCM220+Carburized |
| Machining Process: | CNC Milling, Surface Grinding, |
| Finish: | As machined |
| Tolerance: | +/- 0.03 |
| Assembly for Machinery Parts | |
| Material Used: | SNCM220+Carburized |
| Machining Process: | CNC Milling, Surface grinding |
| Finish: | As machined |
| Tolerance: | +/- 0.03 |
