Custom Swiss Machining Services Online
At Pride, our precision Swiss machining offers custom services like cutting, threading, and knurling, ensuring unmatched accuracy. Get instant quotes for metal and plastic parts, from prototypes to production, with fast turnaround times and ISO-certified quality.
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0.08mmMiro Machining
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20+Years Experience
Micro Precision Machining
Micro Precision Machining is our specialty, offering high accuracy for components as small as 0.003" (0.08mm) in diameter. We also produce larger precision parts up to 2.55"(65mm) in diameter. Our Swiss machining delivers intricate, small parts with high length-to-diameter ratios in a single pass, optimized for cost-effective, lights-out operations. Whether you're experienced or new to precision manufacturing, we ensure efficiency and top-quality results.
Precision Machining Capabilities
| Production Volumes | From low to high, ranging from 5 pieces to millions |
| CNC Machines | Accommodating diameters from 0.003" to 2.55" |
| Multi-Spindle Machines | Capable of tolerances as tight as +/- 0.00004" (0.001mm) |
| Single Spindle Cams & Escomatics | For precision threading, knurling, polishing, slotting, and crimping |
| Milling Machines | Offering 3, 4, and 5-axis capabilities for complex machining tasks |
Quality Assurance
With ISO 9001:2015 and ISO 13485, Pride ensures top-tier inspections, traceability, and material certifications.
Tiny Precision
We specialize in machining ultra-small parts with diameters as tiny as 0.08mm and precision up to 0.001mm, all achieved using advanced Japanese Citzen machines.
Expert Team
Our seasoned experts bring a wealth of experience in Swiss machining, turning the intricate details of each project into perfectly crafted results.
Custom Solutions
Our Swiss machining services are customized to fit your specific needs, ensuring every component is crafted to match your exact specifications.
Why Choose Pride for Custom Swiss Machining Services?
Here Are Four Reasons Why You Choose Us
Provide personalized customized services
Pride offers a custom online Swiss machining service for engineers, product developers, and designers, handling any design from simple to complex. We provide rapid prototyping, small-batch machining, and high-volume production, managing every order from start to finish. Contact us for pricing, lead times, and design feedback.
Our services cover both metals and plastics, with flexible production and shipping options. We ensure top-quality parts with our ISO 9001:2015 and ISO 13485 certifications, offering inspections, traceability, and material certifications. Specializing in ultra-small parts, we achieve diameters as small as 0.08mm and precision down to 0.001mm using advanced Japanese Mazak machines.
CUSTOM SWISS MACHINING SERVICES
What is Swiss Lathe Machining?
Swiss machining is a method for crafting precision parts with high length-to-diameter ratios in a single pass. The lathe rotates the workpiece on a vertical or horizontal axis, while a stationary cutting tool moves around it in a linear path to shape the material. At Pride, our Swiss lathes deliver exceptional speed and accuracy, efficiently producing both simple and complex symmetrical parts.
How Swiss Lathe Machining Works?
Swiss lathe machining employs a subtractive process to shape the desired part. It begins with loading a blank bar of stock material into the lathe's spindle, where it is securely held by the chuck. As the spindle rotates, a stationary cutting tool is precisely positioned to remove material, gradually forming the required geometry.
What Can a Swiss Lathe Do?
Various operations can be performed on a Swiss Lathe lathe, such as facing, threading, knurling, drilling, boring, reaming, and taper turning. Each operation may require a tool change, which can add to the cost and set-up time.
What Happens After Swiss Lathe Machining?
Once all machining operations are finished, the completed part is separated from the stock material for any necessary post-processing. The Swiss Lathe is then ready to repeat the operation with minimal set-up time, ensuring efficient production.
Custom Swiss Lathe Machining for Industries
Swiss lathe machining excels at precisely cutting a variety of metal alloys and rigid plastics, making it perfect for creating custom parts across multiple industries, including aerospace, medical, robotics, and electronics. CNC machinists combine mechanical design, technical drawings, mathematics, and programming to convert raw materials into crucial components, like those used in airplanes or automobiles. Pride's custom Swiss Lathe Machining Service simplifies production, delivering high-quality prototypes and parts for a broad spectrum of applications.
Custom Swiss Machining Services
Swiss Machining Tolerances
Minimum Part Size
0.003" (0.08mm)
Precision Tolerances
+/- 0.00004" (0.001mm)
Standard Lead Time
7 business days for samples, 15 business days for mass production.
Threads and Tapped Holes
Pride can handle any standard thread size and can also machine custom threads. Custom threads will require a manual quote review.
Edge Condition
By default, sharp edges are broken and deburred.
Surface Finish
The standard finish is as-machined with Ra 0.8-1.6 or better. Additional finishing options can be specified during the quoting process.
Metal Swiss Machining Materials
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Aluminum |
Aluminum 6061 Aluminum 5052 Aluminum 2024 Aluminum 6063 Aluminum 7050 Aluminum 7075 Aluminum MIC-6 |
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Copper |
Copper 101 Copper C110 |
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Bronze |
Copper C932 |
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Brass |
Copper 260 Copper 360 |
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Stainless Steel |
Nitronic 60 (218 SS) Stainless Steel 15-5 Stainless Steel 17-4 Stainless Steel 18-8 Stainless Steel 303 Stainless Steel 316/316L Stainless Steel 416 Stainless Steel 410 Stainless Steel 420 Stainless Steel 440C |
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Steel |
Steel 1018 Steel 1215 Steel 4130 Steel 4140 Steel 4140PH Steel 4340 A2 Tool Steel O1 Tool Steel |
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Titanium |
Titanium (Grade 2) Titanium (Grade 5) |
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Zinc |
Zinc Alloy |
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Custom |
If you don't find the material stock you need, we can source additional alloys and tempers through our network of 10,000 machine shops. Simply contact us, and you can submit your quote for manual review. Our expert manufacturing team will then reach out to assist you. |
Plastic Swiss Machining Materials
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ABS |
ABS is a high-strength engineering plastic widely used in a variety of commercial products due to its excellent durability, impact resistance, and ease of processing. It's commonly found in consumer electronics, automotive components, and household goods. |
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Acrylic |
Acrylic is a transparent, glass-like plastic known for its excellent clarity and durability. It offers good wear and tear resistance, making it ideal for both indoor and outdoor applications. Common uses include signage, display cases, and protective barriers. |
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Delrin (Acetal) |
Acetal Delrin 150 Delrin 100 Delrin (Acetal) is a high-performance resin known for its excellent moisture resistance, high wear resistance, and low friction properties. Available in different grades like Delrin 150 and Delrin 100, it’s ideal for applications requiring durability and precision, such as gears, bearings, and mechanical components. |
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Garolite |
Garolite G10 (FR4) Garolite G10 (non-FR) Garolite G11 (FR5) Garolite, available in grades like G10 (FR4), G10 (non-FR), and G11 (FR5), is a high-strength material made from epoxy resin reinforced with fiberglass fabric. Also known as epoxy-grade industrial laminate or phenolic, Garolite is valued for its excellent strength, low moisture absorption, and electrical insulation properties, making it ideal for electrical, mechanical, and structural applications. |
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HDPE |
HDPE, or high-density polyethylene, is a durable plastic known for its excellent moisture and chemical resistance, along with good impact strength. It's highly suitable for outdoor applications and is commonly used in watertight containers, seals, and other products that require robust environmental protection. Additionally, HDPE offers excellent UV resistance, making it ideal for long-term use in harsh conditions. |
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Nylon 6/6 |
Nylon 6/6 provides enhanced mechanical strength and rigidity, along with excellent stability under heat and resistance to chemicals. This versatile material is well-suited for demanding applications, including industrial components, automotive parts, and high-stress environments. Its durability and toughness make it a reliable choice for both structural and functional uses. |
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PC (Polycarbonate) |
Polycarbonate (PC) boasts nearly twice the tensile strength of ABS, offering exceptional mechanical and structural properties. Its superior impact resistance and stability make it a preferred material in demanding fields such as automotive, aerospace, and electronics. Polycarbonate is also valued for its optical clarity and high-temperature resistance, making it ideal for applications requiring durability, transparency, and thermal stability. |
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PEEK |
PEEK PEEK (USP Class VI TECAPEEK) PEEK GF30 PEEK (Polyetheretherketone) is renowned for its outstanding tensile strength and is frequently used as a lightweight alternative to metal components in high-temperature, high-stress environments. Available in variants like PEEK (USP Class VI TECAPEEK) and PEEK GF30, this advanced polymer offers excellent resistance to chemicals, wear, and moisture. PEEK’s exceptional mechanical properties and dimensional stability make it ideal for demanding applications in industries such as aerospace, automotive, and medical devices. |
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Polypropylene |
Polypropylene is a versatile plastic known for its excellent electrical properties and minimal moisture absorption. It maintains its strength under light loads across a wide range of temperatures, making it suitable for various applications. Additionally, polypropylene can be machined into components that require resistance to chemicals and corrosion, making it ideal for use in industrial and medical settings where durability and reliability are essential. |
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PTFE (Teflon) |
PTFE (Teflon) excels beyond most plastics in terms of chemical resistance and performance under extreme temperatures. It resists a wide range of solvents and harsh chemicals, making it highly suitable for demanding industrial applications. Additionally, PTFE is an exceptional electrical insulator, providing reliable performance in various electronic and electrical applications. Its non-stick properties and low friction make it ideal for use in seals, gaskets, and bearings where durability and performance are crucial. |
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UHMW PE |
UHMW PE (Ultra-High Molecular Weight Polyethylene) is a versatile general-purpose material known for its exceptional wear and corrosion resistance. It combines low surface friction with high impact strength and outstanding chemical resistance, making it ideal for demanding applications. UHMW PE also boasts excellent durability and does not absorb moisture, ensuring long-term performance in both industrial and high-stress environments. Its unique properties make it suitable for use in a variety of applications, including conveyor systems, protective liners, and high-wear components. |
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PVC |
Polyvinyl chloride (PVC Type 1) is a highly chemical-resistant synthetic plastic, widely used in environments where exposure to liquids is common or where electrical insulation is required. Known for its durability and low cost, PVC offers excellent resistance to corrosion, chemicals, and moisture, making it suitable for a range of applications, including piping systems, electrical insulation, and protective coatings. Its versatility also extends to construction materials, medical devices, and various industrial components. |
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ULTEM |
ULTEM 1000 ULTEM 2300 ULTEM (Polyetherimide), including grades like ULTEM 1000 and ULTEM 2300, is a high-performance thermoplastic known for its rigidity and strength. Capable of withstanding continuous operation at temperatures up to 340°F, ULTEM offers superior dielectric strength, making it an excellent electrical insulator. Its chemical resistance, ease of cleaning, and minimal moisture absorption further enhance its suitability for medical applications, as well as aerospace, automotive, and industrial uses. ULTEM's robust properties ensure reliable performance in demanding environments and critical applications. |
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Custom CNC |
We can source additional plastics through our network. If you don’t find the material you need, contact us to submit your quote for manual review, and our team will assist you. |
Swiss lathe Machining Finishes
| Standard (As-Milled) | This finish option offers the fastest turnaround. Machined parts will have visible tool marks, and may include sharp edges and burrs, which can be removed upon request. |
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Bead Blast |
The part surface is finished with a smooth, matte texture. |
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Tumbled |
This batch process uses vibrating media to smooth sharp edges and remove burrs from CNC parts. It can also eliminate machine marks on exterior surfaces. Parts larger than 8” may need a manual review. |
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Anodized (Type II Or Type III) |
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Titanium Anodize |
This surface finish, following the AMS-2488 Type 2 specification and also known as Tiodize, enhances the fatigue strength and wear resistance of titanium parts. Commonly used in aerospace and medical device manufacturing, titanium anodized finishes can dull over time and are available in non-pigmented or colored options. |
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PTFE Impregnated Hard Anodize |
This hard coat anodizing process embeds PTFE to produce a self-lubricating, dry contact surface while maintaining the protective properties of Type 3 hard coat anodizing. Suitable for aluminum alloys or titanium, this finish enhances the service life of the product. It conforms to AMS-2482 Type 1 Hard Coat Anodizing with Teflon (Non-Dyed). |
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Chem Film (Chromate Conversion Coating) |
This coating offers corrosion resistance and good conductivity and can serve as a base for paint. It typically leaves a yellow or gold appearance and adds minimal thickness, ranging from 0.00001” to 0.00004”. Chem Film conforms to MIL-DTL-5541, TYPE I/II standards. |
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Passivation |
Enhances corrosion resistance for 200 and 300 series stainless steels, as well as precipitation-hardened corrosion-resistant steels. The thickness added is negligible, around 0.0000001”. Passivation meets standards such as ASTM A967, AMS-QQ-P-35, MIL-STD-171, ASTM A380, or AMS 2700. |
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Powder Coat |
This process involves spraying powdered paint onto a part and then baking it in an oven. The result is a strong, durable layer that is more resistant to wear and corrosion compared to traditional painting methods. A wide range of colors is available to achieve the desired aesthetic. |
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Electropolishing |
This electrochemical process cleans steel parts, enhancing their appearance by making the metal brighter and reducing corrosion. It removes approximately 0.0001” to 0.0025” of the metal surface. Electropolishing conforms to ASTM B912-02 standards. |
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Electroless Nickel Plating |
This process applies a uniform nickel coating that protects against corrosion, oxidation, and wear on irregular surfaces. The finished part has a bright appearance, with a coating thickness starting at 0.0001”. Electroless nickel plating conforms to MIL-C-26074 standards. |
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Silver Plating |
Silver plating provides excellent solderability and electrical conductivity but can be prone to tarnishing. It conforms to AMS QQ-S-365D standards, with a thickness ranging from 0.00002” to 0.0003”. |
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Gold Plating |
Gold plating offers strong resistance to corrosion and tarnish, along with excellent solderability. It typically follows MIL-G-45204 and ASTM B488, CLASS 00, 0, OR 1 specifications. The thickness ranges from 0.00002" to 0.00005". |
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Zinc Plating |
This process applies a uniform zinc coating that protects against corrosion, oxidation, and wear on irregular surfaces. It conforms to ASTM B633-15 standards. |
Ready to get started on your Swiss machining services quote?
Applications of swiss lathe machining
Rapid Tooling
Swiss Lathe works with nearly any material, making it an excellent choice for rapid tooling, such as producing molds and fixtures quickly.
Rapid Prototyping
With a wide range of materials, fast production times, and cost-efficiency, Swiss Lathe Machining is an ideal solution for creating prototypes.
Serial Production
Thanks to its superior finish, extensive material compatibility, and precise tolerances, Swiss Lathe Turning is a preferred method for manufacturing serial production parts.
Advantages of Swiss Lathe Machining
Rapid Turnaround
Get precise parts in as fast as 1 day
Material Selection
Over 50 certified metal and plastic materials available.
Precision
Between +/-0.00004" (0.001mm) and 0.005″ (0.1mm)
Custom Finishes
Select tailored finishes for metal and plastic.
Scalability
Ideal for producing 1-10,000 parts.
Precision and Quality
- Tight Tolerances: Swiss Lathe machining achieves precision to +/- 0.001mm, reducing assembly issues and redesigns.
- High-Quality Finishes: Produces top-tier finishes, ideal for industries needing aesthetics and performance.
- Consistency: Delivers repeatable results, perfect for sectors like aerospace and medical.
Efficiency and Speed
- Fast Turnaround: Shorter lead times due to efficient setup and design.
- Integrated Processes: Combines multiple operations (drilling, milling) in one setup, cutting costs and time.
Cost-Effectiveness and Sustainability
- Minimal Waste: Swiss Lathe machining reduces material waste, saving costs and supporting sustainability.
- Scalable: Flexible for both low and high-volume production, lowering risks and costs.
Swiss Lathe Machining FAQs
How Does Swiss Lathe Machining Work?
Swiss Lathe machining works by rotating a workpiece while a stationary cutting tool moves along it to shape the material. Unlike traditional lathes, the Swiss Lathe supports the workpiece close to the cutting tool with a guide bushing, allowing for high precision and stability, especially with long, slender parts. This process enables the creation of intricate designs and tight tolerances in a single pass, making it ideal for small, complex components. It can also perform multiple operations like threading, drilling, and milling without needing to reset the workpiece.
How Does Swiss Lathe Machining Differ from CNC Machining?
Swiss Lathe machining differs from conventional CNC machining in a few key ways:
- Workpiece Support: Swiss Lathe machining uses a guide bushing to support the workpiece, providing greater stability, especially for long, slender parts, while CNC machining typically clamps the workpiece at both ends.
- Precision and Complexity: Swiss Lathes excel at producing small, intricate parts with high length-to-diameter ratios, whereas CNC machines are better suited for a wider range of part sizes and simpler geometries.
- Continuous Operation: Swiss Lathes allow for faster, continuous operations, handling multiple processes like turning, threading, and drilling in one setup, making them more efficient for complex components.
What Industries Use Swiss Lathe Machining?
Swiss Lathe machining is used across various industries, particularly those requiring high precision and small, intricate parts. Key industries include:
- Medical: For components like surgical instruments, implants, and dental tools.
- Aerospace: Used for small, high-precision parts such as connectors and fasteners.
- Electronics: Producing miniature components for devices like smartphones and wearables.
- Automotive: For precision parts like fuel injector nozzles and engine components.
- Watchmaking: Swiss Lathe machining is traditionally used for fine watch components.
What are your tolerances for machined parts?
- Local tolerances for metals are typically +.003”/-.003” and +/- 0.007" for plastics, with variations possible for larger parts, especially when maintaining flatness after heat treatment.
- "As Milled" finishes for machined parts will meet a minimum Ra surface finish of 1.6-3.2.
- All fabricated parts adhere to a dimensional tolerance of 0.007” and an angular tolerance of 0.5°.
- Tapped holes not explicitly identified as features in the quoted CAD model may be machined to the specified diameters in that model.
- Surface treatments such as anodizing, bead blasting, iridite, or powder coating will only be applied if they have been specifically ordered and acknowledged.
What Is the History of Swiss Lathe Machining?
Swiss Lathe machining has a rich history rooted in precision manufacturing. Here’s a brief overview:
- Origins (Early 20th Century): Swiss Lathe machining originated in Switzerland in the early 1900s. It was developed to meet the need for highly precise, small components, particularly for the watchmaking industry.
- Innovation (1920s-1960s): The technique gained prominence for its ability to produce intricate and accurate parts. Swiss lathes were known for their superior precision and efficiency in manufacturing small, complex parts.
- Technological Advances (1970s-Present): With the advent of computer numerical control (CNC), Swiss Lathe machines evolved to incorporate advanced technology, further enhancing their precision and capabilities. Modern Swiss lathes are capable of high-speed, automated production of complex parts.
- Current Use: Today, Swiss Lathe machining is widely used in various industries, including aerospace, medical, and electronics, due to its unmatched accuracy and efficiency in producing small, high-quality components.
What Are Your Swiss Lathe Machining Capabilities?
Our Swiss lathe machining capabilities include:
- Precision Machining: We excel in producing highly accurate components with tight tolerances, including parts with diameters as small as 0.003" (0.08mm) and precision up to +/-0.0001" (0.0025mm).
- Complex Geometries: Our equipment handles complex shapes and intricate designs efficiently, making it ideal for applications requiring detailed and sophisticated parts.
- Versatile Materials: We work with a wide range of metals and plastics, ensuring high-quality results for diverse applications.
- Production Flexibility: Whether for prototyping or high-volume production, our Swiss lathes accommodate both small and large production runs with fast turnaround times.
- Advanced Technology: Equipped with the latest CNC technology, our Swiss lathes offer high-speed machining and the ability to integrate multiple operations in a single setup, such as turning, threading, and drilling.
What Are Your Inspection Options for Swiss Lathe Machining?
For Swiss lathe machining, we offer a range of inspection options to ensure quality and precision:
- Standard Inspection: Included with all machined parts, covering basic measurements and quality checks.
- Dimensional Inspection: Detailed measurement of critical dimensions and tolerances to ensure parts meet specifications.
- Surface Finish Inspection: Verification of surface texture and finish quality to meet required standards.
- Material Certification: Documentation confirming material properties and compliance with specifications.
- Functional Testing: Assessment of the part's performance in its intended application to verify functionality.
- First Article Inspection (FAI): Comprehensive inspection of the first produced part to confirm it meets design and engineering requirements before full production.
Do You Offer Quick-Turn Swiss Lathe Machining?
Yes, we offer quick-turn Swiss lathe machining. With expedited options, we can deliver parts rapidly, often in as little as a few days. Our team is dedicated to meeting your urgent deadlines while maintaining high precision and quality. Contact us for fast quotes and turnaround times.
Get in touch to discuss your project and request a quote. Our team is ready to deliver precision and quality for your needs. Let’s make your ideas a reality!
Our address
3rd Floor, Block 58, Changxing Industrial Park, Changzhen St., Guangming District, Shenzhen, Guangdong Province, China
Phone Number
+8618666663894
zhang@pride-cnc.com
We're well-known as one of the leading swiss lathe manufacturers and suppliers in China for our quality products and customized service. Please feel free to wholesale swiss lathe made in China here from our factory.