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IATF16949:2016
ISO13485:2016
ISO9001:2015
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20% off your first order. Save up to $1,000/€1,000. Ends 31 Dec 2024.
IATF16949:2016
ISO13485:2016
ISO9001:2015
Call Us 24/7
+86 135 1000 5651
Send Mail Us
Language
Our Swiss Precision Machining
At RT Manufacture, we master the art of Swiss machining with cutting-edge technology and generations of expertise. Equipped with CNC Swiss machines (including multi-axis Swiss turning machines), our Swiss machine shop delivers micron-level accuracy for mission-critical components across aerospace, medical, and electronics industries.
It is worth mentioning that our swiss machining services are engineered for tight-tolerance components, including shafts, connectors, micro-medical implants, and so on, with ±0.002mm precision. We support production scales from 50 prototypes to 500,000+ unit batches, We adapt to your volume needs without MOQ restrictions.
Our CNC Swiss Machining
As a professional Swiss precision machining facility, our workshop is equipped with diverse Swiss CNC machine types, primarily categorized into Swiss CNC turning centers and Swiss CNC milling machines, the core producing the majority of our precision parts. At RT, we guarantee a predictable supply of precision parts at any batch size or tolerance level. Our high-volume Swiss screw machining capabilities deliver 1.5 million precision components weekly, with unwavering part-to-part consistency.
Swiss Precision Machining Material
| Material Category | Sub-Classification | Typical Grades/Examples | Key Applications |
| Metals & Alloys | Aerospace Alloys Medical-Grade Metals High-Conductivity Metals Ultra-Hard Alloys | Inconel 718, Hastelloy X 316LVM Stainless Steel, Ti-6Al-4V ELI Oxygen-Free Copper (C101), Al 6061-T6 Tungsten Carbide, Stellite 6 | Turbine blades, Combustion chambers Surgical instruments, Implants RF Components, Heat Exchangers Cutting Tools, Valve Components |
| Engineering Plastics | High-Temperature Polymers Lubricious Polymers Dimensionally-Stable Polymers | PEEK 450G, PEI (Ultem 1000) PTFE (Teflon®), Nylon 12 FDA PPS (Ryton®), PVDF (Kynar®) | Semiconductor Fixtures, Autoclave Parts Bearings, Food Processing Components Chemical Sensors, Optical Mounts |
| Advanced Composites | Carbon Fiber Reinforced Ceramic-Matrix Composites | CFRP (Epoxy Matrix), PEEK-CF30 Alumina-Silicon Carbide (AlSiC) | Robotics Arms, UAV Structures Laser Optics, Thermal Management |
Ready To Start Your Project
Swiss Machine Shop
Our Swiss Machine Shop is equipped with advanced Swiss CNC precision machining centers designed to provide micron-level accuracy for complex components in the aerospace, medical, and high-tech industries. Whether prototyping or mass production, our extensive Swiss CNC precision machining expertise can help you improve the performance of your project.
Swiss Machining | Low-Volume Prototyping to High-Volume Production
For over a decade, we have consistently delivered reliable Swiss-type CNC machining services, serving the medical device, industrial equipment, and other demanding sectors. Our expertise encompasses diameters ranging from 1.6mm to 38mm, providing exceptional value through practical technical configurations and transparent operations. We offer flexible batch adaptability, handling prototype development (5-300 pieces), pilot production (300-5,000 pieces for optimization), and high-volume manufacturing support for orders exceeding 10,000 units, backed by a monthly capacity of 150,000 units. Our commitment extends to streamlined process efficiency, utilizing multi-axis CNC machines that integrate turning, milling, and core operations to achieve single-setup machining for complex components with features like multi-step structures, custom grooves, and precision threads; this reduces setups by 1-2 compared to conventional methods, shortening production cycles by 20%-30%.
We ensure verifiable quality assurance through machine-integrated compensation for stable processes, rigorous inspection protocols (first-article full-dimension checks and hourly random sampling), and documented transparency with critical dimension reports comparing actual measurements to drawings, maintaining standard tolerances of ±0.015mm (adjustable per material). Our proven capabilities are evident in diverse application scenarios: medical devices (surgical components, probe housings, 100-5,000/batch), industrial equipment (sensor housings, valve fittings, 20,000+ units monthly), and optical instruments (lens barrels, knobs, 50-800 units for R&D). We stand by our accountability with a lead time of 3-5 business days from finalized drawings to first-article delivery, a quality pledge of 98%+ yield for production orders, and optional video process traceability. Every project, from micro medical fasteners to complex industrial assemblies, is executed with data-driven precision, guaranteeing seamless transitions from prototyping to full-scale production.
Voices from Our Partners
Client Say
James Carter
Procurement Director · German Automotive Parts Manufacturer
Five years of flawless collaboration! Your precision gear components consistently meet ISO standards, with emergency order response times exceeding expectations. Truly embodying ‘Swiss Quality’ in every detail.
Priya Sharma
Engineering Lead · Indian Industrial Automation Firm
Comprehensive technical support from prototyping to mass production, maintaining complex surface machining tolerances within ±0.005mm. Our trusted partner for European market expansion.
Lars Nielsen
Operations Manager · Danish Renewable Energy Company
Custom corrosion-resistant components for offshore wind turbines outperformed all tests. Your transparent logistics tracking combined with Swiss craftsmanship sets a global benchmark.
Maria Gonzalez
Supply Chain Director · Spanish Aerospace Supplier
Titanium alloy aerospace parts surpass industry surface finish standards, achieving 100% pass rate in NDT inspections. A partnership built on unwavering reliability.
Oliver Wright
CEO · UK Medical Device Startup
Your micro-precision machining accelerated our surgical robot project by 6 months from concept to FDA-certified prototype. Expertise beyond compare!
Sophie Dubois
Quality Control Manager · French High-Speed Rail Systems
Three consecutive batches of brake components delivered with zero defects and fully traceable inspection data. This consistency defines why we choose Swiss parts suppliers.
Hiroshi Tanaka
Chief Engineer · Japanese Semiconductor Equipment Maker
Your ultra-precision vacuum chamber machining reduced our equipment downtime by 40%. Bilingual English/Japanese engineering team eliminated timezone barriers.
Emily Zhang
Global Procurement Manager · US Heavy Machinery Corporation
Cost optimization strategies saved us 15% amid material price fluctuations, while honoring contractual commitments. A true strategic ally in manufacturing.
Our Other Manufacturing Solutions
Over 50 injection molding materials
No structural restrictions
No minimum order quantity
Extensive sheet metal manufacturing processes
Delivery as fast as 7 business days
Affordable
Low-volume production of various prototypes
Tolerances as low as ±0.1 mm (±.004 in.)
CNC Machining Resources
Blogs
News
Case Studies
Guidelines
Materials
Design Guides
CNC Machining
Thermoforming
Vacuum Casting
Injection Molding
Sheet Metal Fabrication
Oct 15, 2025
What is Teflon surface treatment?
In this article, we'll break down each step of the Teflon process, detail which materials can (and can't) be Teflon-coated, and explain why this treatment technique changes the game for part surfaces.
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That unassuming "right angle" marked on your issued drawing could secretly plant the seeds of product failure, cost explosions, or even customer claims.
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How Does CNC Machining Drive Innovation in Automotive Parts Manufacturing?
CNC machining, with its high precision and efficiency, is reshaping the automotive parts manufacturing industry. This article will explore the applications of CNC milling and turning in the automotive sector and how they help manufacturers achieve lighter, more durable components.
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The Key Role of Sheet Metal Processing in Home Appliance Manufacturing
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CNC Machining Case: DJI Drone Motor Mounts
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Sheet Metal Case: Schneider Electric Server Racks
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Injection Molding Case: Medtronic Insulin Pump Housings
It took us just over a month to produce exquisite injection-molded crafts, and we have produced more than one million pieces so far.
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Navigating Tariff Wars: A Strategic Guide to Sourcing Custom Machined Parts
Facing supply chain disruptions from trade conflicts? Discover how to secure reliable custom machining solutions through strategic partnerships, regional diversification, and technical collaboration. Learn about RT Manufacture's resilient approach.
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Top 5 Trends Shaping Custom Part Manufacturing in 2024&2025
In 2024-2025, custom parts manufacturing is undergoing a tech-driven revolution, with CNC machining, sheet metal fabrication, silicone molding, and injection molding leading the transformation of how custom manufactured parts are produced.
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Thermoforming vs. Injection Molding: Which is Best for Your Project?
Compare thermoforming vs injection molding for custom parts—learn key differences in process, cost, materials, and applications (medical, automotive). Find the right method for your project.
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The Future of Injection Molding Technology: From Home Appliances to Aerospace
This blog explores the key trends shaping the future of injection molding, how they’re tailored to home appliances and aerospace, and what custom parts manufacturers need to know to stay ahead.
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Aluminum vs. Stainless Steel: Choosing the Right Material for CNC Custom Parts
Compare aluminum (6061-t6, 7075-t6 alloy) vs. stainless steel (304, 316) for CNC custom parts. Learn about machinability, corrosion resistance, cost, and uses (aerospace, medical).
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Designing for CNC Machining: Tips for Precision and Efficiency
Learn how to optimize your designs for CNC machining to reduce costs and improve quality.
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With the continuous innovation of society and technology, the demand for skilled CNC operators in the manufacturing industry will continue to grow.
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CNC Guide: What is CNC Milling?
If technology is always improving, then CNC milling will never stop. In today's society, many products we use in our lives are inseparable from CNC milling.
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CNC turning is an indispensable part of CNC machining. In this article, we will conduct an in-depth discussion to give everyone a clear understanding of CNC turning.
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Thermoforming vs. Injection Molding: Choosing the Right Solution for Custom Plastic Projects
This guide breaks down exactly how the thermoforming & injection molding process works and how to choose the right one for your work.
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Thermoforming Technology Explained: A Comprehensive Guide from Principles to Applications
In modern manufacturing, thermoforming stands out as a highly efficient and adaptable plastic processing technique. From transparent food containers in supermarkets to intricately designed automotive dashboards, this technology plays a pivotal role. As a parts manufacturer specializing in vacuum forming, we invite you to explore how thermoforming transforms ordinary plastic sheets into versatile, functional products.
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This blog will delve into the details of vacuum casting, its workflow, types, materials, etc. Let you understand this special process of vacuum casting.
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Vacuum Casting for Prototyping: Why It's a Game-Changer
Discover why vacuum casting is a game-changer for prototyping. Our guide covers the vacuum casting process, benefits of polyurethane vacuum casting, and how to choose a service for high-quality prototypes.
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In this blog, we will explore the complexity of injection molding, its principles, processes, materials, applications, and more. Click to see more.
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Injection Molding for High-Volume Production: What You Need to Know
Learn how to optimize high volume injection molding—from simulation and tolerances to surface finish and system design. Partner with the best injection molding company for scalable success.
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With the continuous development of social progress, in the modern sheet metal processing industry, metal stamping technology can be said to be rich and colorful.
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In sheet metal manufacturing, metal can be cut. In addition to several common cutting processes, there is also a more common and special cutting process - the sheet metal shearing process.
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In the field of manufacturing and processing, sheet metal cutting plays a vital role. It can be said that the sheet metal cutting step is the most basic operation in manufacturing sheet metal parts.
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