A Comprehensive Buyer’s Guide to CNC Machining for Aerospace

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Aerospace components must perform flawlessly under extreme conditions, from high-speed flight to rapid temperature shifts. That’s why CNC machining for aerospace has become essential for achieving the unmatched precision and reliability this sector demands. Titanium, in particular, stands out for its superb strength-to-weight ratio, but it’s also notoriously difficult to machine. Computer Numerical Control (CNC) technology, coupled with advanced tooling, makes it possible to craft these critical parts with near-microscopic tolerances.

Why CNC Machining Is So Important in Aerospace

Aerospace demands parts that withstand extreme forces, temperature shifts, and vibrations. Unlike traditional methods, CNC machining uses digital instructions to produce complex parts at micron-level precision—even in large runs. This consistency is critical for fleets that rely on uniform, high-quality components.

  1. Strict Precision Requirements
    A minor misalignment can lead to dangerous mechanical failures. CNC automation minimizes errors by constantly adjusting for tool wear, ensuring parts fit exactly and maintain full structural integrity.

  2. Efficiency and Consistency
    Aerospace programs often move from prototypes to large-scale production. CNC’s programmable design simplifies this transition without compromising accuracy, delivering a seamless response to changing project demands.

  3. Batch Production and Repeatability
    Once a CNC program is optimized, it repeatedly yields parts with the same tight tolerances. This reliable uniformity removes manual errors and helps every component meet critical specifications.

  4. Rigorous Quality Control
    Aerospace standards require thorough traceability and documentation. Leading CNC shops use advanced inspection tools—such as coordinate measuring machines (CMMs)—to confirm precise tolerances. This disciplined approach ensures flight-ready components and boosts overall safety.

    CNC Machining for Aerospace

Aerospace CNC Machining Materials

The aerospace industry imposes strict requirements for materials, often balancing high strength with minimal weight. With advanced tooling and precision control, CNC technology can effectively process specialized metals and composites to meet these demanding standards.

  1. Aluminum Alloys:
    Lightweight, corrosion-resistant, and relatively easy to machine—ideal for aircraft skins and support structures.

  2. Titanium and Superalloys:
    Highly durable under extreme heat and stress but challenging to machine. Specialized cutting fluids and optimized speeds are essential for maintaining precision.

  3. Composite Materials:
    Carbon fiber or other fiber-reinforced polymers excel in stiffness and fatigue resistance. However, they require careful machining parameters to prevent delamination or fiber damage.

How to Choose a CNC Machining Partner

Multi-Axis Machining

Aerospace parts often feature complex geometries—angled cavities, undercuts, and curved surfaces. Multi-axis machining (such as 5-axis milling) allows fabricators to reach these features in fewer setups. This level of control enables precise, efficient machining of intricate parts.

Turn-Mill Complex Machinery

Combining lathe and milling functions into one platform reduces part handling and boosts accuracy. Turn-mill machines handle both rotational and prismatic features in one setup, minimizing alignment errors and ultimately shortening production timelines.

Surface Treatment

In harsh aerospace environments, surface treatments like anodizing, passivation, and specialized coatings can be essential. A CNC provider that offers in-house or well-managed outsourced finishing services ensures parts meet corrosion resistance and aesthetic standards without unnecessary shipping delays.

Inspection and Testing

Compliance with ISO9001 or aerospace-specific certifications (e.g., AS9100) is a strong indicator of reliability and thorough documentation.

The Chienfu Advantage

Extensive Machine Fleet
With 150 CNC machines, we are well-prepared for projects ranging from small prototypes to large production runs. We pride ourselves on short lead times and high production capacity to meet demanding schedules.

CNC Machining for Aerospace

DMG Turn-Mill Expertise
Our DMG turn-mill complex machinery merges multiple processes into a single setup. This integrated method reduces tool changes, preserves alignment, and speeds up manufacturing. Clients benefit from faster turnaround and top-notch dimensional accuracy.

CNC Machining for Aerospace

Surface Treatment and Quality Control
We support essential surface finishing processes—such as anodizing, passivation, and polishing—to protect components against corrosion and wear. Our inspection equipment, including three-dimensional (3D) measuring machines, ensures every dimension meets strict aerospace requirements.
Moreover, we adhere to ISO9001 standards, underscoring our commitment to systematic, traceable manufacturing. Each phase of production, from material sourcing to final inspection, is carefully monitored to guarantee consistent quality.

CNC Machining for Aerospace

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    The Custom CNC Prototyping Services

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    In any product development cycle—whether in consumer electronics, automotive parts, medical devices, or industrial machinery—prototyping is a critical stage that bridges conceptual design and mass production. While Computer Numerical Control (CNC) machines excel at mass-producing precision parts, ensuring high tolerances, repeatability, and speed, it’s unwise to move directly into large-volume manufacturing without first testing a prototype. A prototype serves as a tangible representation of your design, allowing your team to assess factors such as dimensional accuracy, assembly fit, cosmetic finishes, and real-world functionality.

    Why Do We Need Prototypes?

    Here are the key reasons why investing in a prototype can save you time, money, and headaches further down the line:

    1. Validation of Design and Fit
      Even the most carefully developed 3D models and simulations can’t fully capture the tangible nuances of a physical part. Prototypes confirm whether parts fit together correctly, reveal potential interference issues, or highlight ergonomic flaws that may not be obvious on-screen.

    2. Quality and Reliability Checks
      The hallmark of CNC machining is its high degree of precision. But “precision” is only meaningful if the part satisfies the functional requirements. A prototype highlights how material choices (e.g., aluminum vs. stainless steel vs. engineering plastics) influence structural integrity, heat dissipation, or corrosion resistance.

    3. Reduced Overall Cost
      Although prototyping adds an initial investment, it is far more cost-effective than discovering a critical flaw mid-production. A single prototype run can reveal areas to cut down on material usage, shorten machining cycles, or adjust tolerances before ordering thousands—or millions—of parts.

    4. Stakeholder Buy-In and Presentation
      Physical prototypes strengthen pitches to investors, stakeholders, or customers. A tangible model can demonstrate the value and viability of a product in ways that digital renderings cannot.

    At Chienfu, we understand the pressures modern businesses face: time-to-market expectations, budget constraints, and the quest for innovation. That’s why we offer Custom CNC Prototyping Services that balance speed, quality, and cost-effectiveness, ensuring you get the best result for your preliminary design tests before scaling up.

    Prototyping Services Process

    Every successful prototype begins with clear communication and well-prepared documentation. At Chienfu, we streamline the entire process—from your initial inquiry to final delivery—so your team can stay focused on product development. Below is an overview of our standard workflow:

    1. Prepare Drawings or Samples
      We recommend providing detailed 2D/3D drawings to capture dimensions, tolerances, and critical features. If your design is still evolving, or if you only have a physical sample, we can replicate that sample through reverse engineering, 3D scanning, or direct measurement.

      • No Files? In such cases, please coordinate with your in-house R&D or procurement department to supply a competitor’s part or a reference sample, giving us a tangible foundation for your prototype.

    2. Confirm Material and Quantity
      Our technical team will consult with you to choose an appropriate material—be it aluminum, steel, titanium, or engineering plastics—depending on the functional, cosmetic, and cost considerations of your project. We’ll also define the desired quantity for the prototype run, any post-processing (anodizing, plating, polishing, etc.), and packaging/shipping specifications.

    3. Online Consultation or Fax Inquiry
      After you submit drawings or samples, our engineering experts will review every detail. We’ll reach out to confirm design features, clarify tolerances, and solidify any special requests. During this phase, we might suggest alternative manufacturing methods or material substitutions if we see opportunities to reduce cost (cost down) or enhance performance.

    4. CNC Programming and Tooling
      Once all the details are finalized, our CNC programmers create toolpaths suited to your unique design. We consider factors like chip evacuation, tool access, speed/feed rates, and coolant usage to ensure both an efficient run and a surface finish that meets your requirements.

    5. Prototyping and Quality Control
      Our CNC machines produce each prototype according to the approved design. Throughout the machining process, we perform in-process inspections, measuring critical dimensions via coordinate measuring machines (CMMs) and other precision instruments. We also confirm the part’s consistency, tolerances, and finishes before finalizing your prototypes.

    6. Delivery and Feedback

    This Custom CNC Prototyping Services process was designed to be both flexible and robust, enabling us to handle single-part runs or small-batch orders with equal efficiency. Whether you’re developing a new consumer gadget or a complex aerospace component, our approach ensures that your prototype is produced accurately, swiftly, and with minimal hassle.

    How to Choose a CNC Prototyping Services Partner

    Selecting the right CNC manufacturer for your prototyping project can significantly influence your product’s success, both in the short term (design validation) and long term (scaling to mass production). Below are some criteria to keep in mind:

    Look for End-to-End Services

    Prototyping often involves more than just machining a single part. You may need raw material procurement, additional post-processing (e.g., anodizing, plating, polishing), thorough inspections, and even logistics support to ship your parts globally. An all-in-one CNC shop that provides “turnkey” or “one-stop” solutions can save you time, reduce the risk of errors, and simplify your supply chain. At Chienfu, we provide:

    • Raw Material Management: We source and verify metals, plastics, and exotic alloys, all stored in controlled environments.
    • Precision Turning and Milling: Our CNC machines handle complex geometries and tight tolerances efficiently.
    • Post-Processing: From surface treatments to secondary operations like tapping or thread rolling.
    • Quality Inspection: In-house measurements and testing protocols ensure prototypes meet exact specifications.
    • Shipping and Logistics: We arrange safe packaging, coordinate global shipping, and manage documentation.

    Seek a Manufacturer with Design Capabilities

    In the prototyping stage, your ideas may still be evolving. A CNC supplier that offers design-for-manufacturability (DFM) consulting or engineering support is invaluable. They can evaluate your design, suggest alternative materials, or recommend less labor-intensive machining operations. This not only lowers cost but often improves the final product’s performance, durability, or cosmetic appeal.

    Modern CNC technology evolves constantly, providing new ways to achieve the same features faster and more economically. A forward-thinking shop can point you toward the newest machining strategies—like multi-axis simultaneous milling or combined turning-and-milling centers—that streamline production and reduce cycle times.

    Communication and Local Presence in the U.S.

    Prototyping is an iterative process. Expect multiple rounds of feedback, design tweaks, and engineering discussions. If your supplier isn’t readily accessible, you may face communication hurdles that introduce delays or misinterpretations. Ideally, your chosen CNC partner should have a U.S.-based contact or office to handle time-sensitive requests, clarify specifications, and expedite shipping. This is particularly helpful when design changes occur rapidly, or you need daily updates on your prototype’s progress.

    At Chienfu, we take communication seriously. Our local U.S. representatives are available during American business hours to ensure that no question goes unanswered, no deadline is missed, and no design detail is overlooked.

     Why Choose Chienfu for CNC Prototyping Services

    Chienfu combines decades of CNC expertise with a customer-centric approach that makes us a reliable partner for businesses in various industries, including medical, automotive, aerospace, consumer electronics, and industrial automation. Here’s what sets us apart:

    1. Holistic Project Management

    2. Cutting-Edge CNC Equipment

    3. Compliance with International Standards

    4. Design and Engineering Support

    5. Global Network, Localized Service

    6. Scalable Solutions

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      What Is a Swiss Screw Machine?

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      Swiss screw machines originated in Switzerland to craft watch components and have since evolved into versatile equipment for numerous industries—particularly those where precision, repeatability, and complexity are paramount. By combining turning, drilling, milling, and other processes in a single setup, Swiss screw machines minimize secondary operations, accelerate production, and ensure consistent quality across high-volume runs.

      Applications for Swiss Screw Parts

      Swiss screw machining excels in producing small, detailed components at scale. From bone screws to aerospace connectors, these swiss machine parts are indispensable in industries where consistency and high accuracy are non-negotiable. Below, we highlight key application areas:

      Medical Components

      The medical device industry operates under stringent regulatory requirements, demanding zero compromises on quality or safety. Parts must be bio-compatible, exhibit perfect fit, and demonstrate long-term reliability. Custom Swiss Screw Machine Part solutions are ideal for:

      • Implantable Bone and Dental Screws
        Made from materials like titanium or stainless steel, these screws require precise threading and consistent dimensional accuracy to integrate seamlessly within the human body.
      • Surgical Instruments
        Tools such as forceps, retractors, and specialized surgical devices often depend on micro-components that must maintain their integrity under repeated sterilization cycles.
      • Diagnostic Equipment
        Medical equipment housings, fluid-control valves, and sensor components rely on tight tolerances for accurate measurements and dependable operation.

      Aerospace Equipment

      Aerospace parts endure extreme conditions, from large temperature fluctuations to intense vibrations. Weight, strength, and high-tolerance assemblies are paramount. Swiss machine parts used in aerospace include:

      • Connectors and Fasteners: Designed to handle harsh environmental conditions and maintain secure connections in flight.
      • Engine and Turbine Components: Small shafts, valves, and specialized fittings that must operate flawlessly at high speeds and pressures.

      Automotive Parts

      The automotive sector constantly seeks to improve performance, reduce emissions, and enhance safety—factors that depend on precision-engineered components. Swiss screw machining supports:

      • Transmission and Powertrain: Shafts, gears, and fittings that function under continuous mechanical stress.

      3C Electronics

      In the world of computers, communications, and consumer electronics (the “3C” sector), device miniaturization and precision are crucial. Swiss machine parts address these needs with:

      • Micro-Connectors: Essential for smartphones, tablets, and wearables that demand flawless electrical connections in tight spaces.
      • Camera Lens Housings: Requiring immaculate surface finishes to secure lens elements and reduce optical aberrations.
      • Actuator and Sensor Components: Enclosures and pivot points with exact alignments to preserve device functionality.

      Automation Equipment

      Automated systems rely on precision and durability to minimize downtime. Whether you’re developing robotic arms, conveyors, or specialized assembly stations:

      • Drive Shafts and Pins: Must ensure minimal runout for smooth, reliable movement.
      • Couplers and Fittings: Essential to create tight seals in pneumatic or hydraulic assemblies, preventing leaks and maintaining force control.
      • Sensor Mounts: Guarantee stable positioning and alignment so sensors read accurately under dynamic conditions.

      How to Choose a CNC Machining Partner

      Partnering with the right CNC machining provider can make or break your project’s success. Below are critical factors to help guide your decision:

      Certifications and Quality Management

      Quality certifications are a window into a manufacturer’s reliability and commitment to process control. At Chienfu, we maintain:

      • ISO 9001: Demonstrates our robust quality management system and commitment to continuous improvement.
      • ISO 13485: Focuses on meeting stringent standards for medical device manufacturing.
      • ISO 14001: Highlights our dedication to environmental management and sustainability.
      • QC080000: Addresses hazardous substance process management, ensuring safer, eco-friendly production.

      Each certification involves rigorous audits and ongoing compliance checks, ensuring that every Custom Swiss Screw Machine Part we produce aligns with internationally recognized standards.

      Advanced Equipment and Technical Expertise

      Not all machine shops are created equal. Swiss screw machining demands specialized equipment and skilled operators. Key points include:

      • State-of-the-Art Swiss-Style Machines: Multi-axis lathes and milling centers capable of simultaneous operations.
      • Automation : Enables continuous production for large-volume orders, reducing per-part costs.
      • Tool Monitoring Systems: Automatic detection of tool wear ensures every part meets tolerance requirements.
      • Process Control Software: Seamless integration of CAD/CAM, statistical process control (SPC), and real-time monitoring.

      Engineering Support and Design Assistance

      Look for a CNC partner that does more than just cut metal or plastic. Chienfu offers:

      • Design for Manufacturability (DFM): Our engineers collaborate with you early in the development cycle to refine part geometry, select optimal materials, and identify cost-saving opportunities.
      • Rapid Prototyping: Speed is crucial in modern product development. We can turn around prototypes quickly, helping you test and iterate designs before committing to full-scale production.
      • Comprehensive Services: From post-processing (anodizing, plating, laser engraving) to final assembly and packaging, a one-stop solution reduces logistical complexity.

      Production Capacity and Lead Times

      Time-to-market pressures mean you can’t afford unexpected delays. Ensure your CNC partner can scale production and meet deadlines:

      • Flexible Lot Sizes: Whether you need a small pilot run or millions of parts per year, the manufacturer should accommodate variable order volumes without compromising quality.
      • Dedicated Project Management: A single point of contact helps coordinate scheduling, ensures transparency, and tackles issues before they become bottlenecks.
      • Supply Chain Integration: Proximity to reliable raw material suppliers and freight partners can prevent stock-outs or customs-related hold-ups.

      Industry Reputation and Testimonials

      References from existing clients—especially those in your sector—can provide invaluable insight into a manufacturer’s performance. Satisfied customers reflect a shop’s ability to deliver on promises, maintain consistent quality, and handle the inevitable challenges of production.

      Contact Us

      Chienfu is committed to delivering Custom Swiss Screw Machine Part solutions tailored to the unique needs of yours . With over four decades of CNC manufacturing expertise and multiple ISO certifications(ISO 9001, QC080000, ISO 14001, ISO 13485), we stand ready to help you overcome your most demanding engineering challenges. Our team of seasoned professionals is dedicated to:

      • Streamlining your supply chain with full-service manufacturing—design, machining, finishing, and assembly under one roof.
      • Providing transparent, responsive communication throughout every project phase.
      • Exceeding quality benchmarks for intricate swiss machine parts used in medical devices, aerospace assemblies, automotive systems, and advanced electronics.

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        How to Choose a Medical Components Manufacturing Partner?

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        In today’s competitive medical device market, quality and safety are paramount. Manufacturing partners for medical components play a critical role in the overall performance of a product. For R&D and procurement managers, selecting a partner with authoritative certifications and advanced machining technology is key to mitigating risks and ensuring product excellence. ChienFu stands out with its ISO 13485 and ISO9001 certifications—and additional environmental certifications such as ISO50001, ISO14067, and ISO14001—offering secure and reliable medical components manufacturing services.

        Certification Requirements for Medical Components Manufacturing Partner

        Certifications are essential to guarantee the safety and quality of medical components. ChienFu not only meets the rigorous standards of ISO 13485—specifically designed for medical devices—but also adheres to the ISO9001 quality management system. These certifications ensure that every stage of the production process meets strict international standards. Additionally, ChienFu’s environmental certifications (ISO50001, ISO14067, and ISO14001) highlight its commitment to sustainable manufacturing practices. These credentials give procurement managers the confidence that every batch produced adheres to the highest medical standards.

        Application of Advanced Technologies in Manufacturing

        Cutting-edge CNC machining and multi-metal processing are at the core of ensuring the precision and consistency of medical components. ChienFu employs state-of-the-art CNC equipment capable of handling a variety of metals—including stainless steel and titanium—ensuring that every component meets stringent medical design specifications. With automated inspection systems and digital process controls, ChienFu minimizes errors and boosts efficiency, ensuring consistent, high-quality output that meets the demanding requirements of medical applications.

        Medical Components Manufacturing Partner width=

        Evaluating Supplier Capabilities and Production Processes

        When choosing a manufacturing partner for medical components, it is crucial to assess their production processes and quality control measures. Procurement managers are advised to visit the facilities, review raw material inspections, and scrutinize every stage from component manufacturing to final quality checks. ChienFu offers comprehensive production tracking and detailed quality reports, ensuring transparency across all processes.

        Medical Components Manufacturing Partner width=

        Comparative Analysis and Selection Strategies

        Integrating certifications and advanced technology is key when evaluating potential manufacturing partners. R&D and procurement managers should compare suppliers based on their certifications, technological capabilities, production processes, and client success stories. If you are looking for a partner that not only holds respected certifications but also leverages advanced machining technology to deliver precise, reliable components, ChienFu is your ideal choice. Contact ChienFu today and let us support you in producing high-quality, dependable medical products!

        If you’re looking for a manufacturing partner with authoritative certifications and state-of-the-art CNC machining capabilities for your medical components, contact ChienFu today. Let us be the reliable backbone for your medical device production, and together, we can achieve unparalleled product quality!

         

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          stainless steel machining

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          Stainless steel is one of the materials commonly used by customers and suppliers in production and processing. Processing stainless steel is popular because it has multiple grades and offers many advantages and features that make it suitable for a variety of applications. To be classified as stainless steel, it must contain at least 10% chromium, an element that gives stainless steel many unique properties, such as corrosion resistance and the ability to repair itself in front of oxygen.
          Stainless steel has many advantages in industrial processing applications, including strength. Stainless steel processing is popular for its superior strength-to-weight ratio, which allows parts to be machined in thinner materials. Since stainless steel can withstand extreme temperatures, its strength can be further enhanced by cold hardening and thermosclerosis processing to achieve the desired application. Highly versatile and flexible. The flexibility of stainless steel makes it as easy to form, weld, cut and process as traditional steel. Sulfur can be added to further increase its forming properties, however stainless steel is generally considered to be the most formable and versatile change, while other alloy structures are often fragile. The combination of the moldability of stainless steel and today’s innovative manufacturing technologies makes it suitable for a wide range of applications.
          Corrosion resistance. Stainless steel is highly resistant to corrosion and can be used in a wide range of environments. Low alloy steels are resistant to atmospheric conditions and stainless steel can withstand exposure to acids, chlorides and alkaline solutions. Stainless steel with high chromium content is highly resistant to corrosion.
          Low maintenance and durability. Stainless steel is the first choice for industrial processing applications because it requires low levels of maintenance. Steel can also withstand harsh environments and wide temperatures. When measured with other metals, these combined properties produce longer life cycles at cost-effective prices.
          Beauty appeal. stainless steel are available on many surface surfaces to create an attractive, present-day exterior.不鏽鋼加工
          Stainless steel has greater resistance and longer life cycles than metals such as brass, nickel and titanium, and other metals are more expensive. Non-metallic materials such as plastics, glass and ceramics are weak and less durable, unable to withstand the extreme temperatures and corrosive elements that stainless steel can have, making them less attractive for processing purposes.

           

          骨頭

          What are the applications of bone screws in orthopedics and spine surgery!

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          Bone screws
          Used in a number of medical fields: bone screws specifically used in orthopaedic and spinal surgery.
          Bone screws: Designed with smaller spacing and more threads. The thread diameter is small compared with the core diameter. As the name implies, bone screws are used in exoskeleton: also known as dense bones, which are the outer surface of the bones that form a protective layer around the inner cavity. It accounts for about 80% of the bones and is extremely important for the body’s struts and load bearings, and is highly resistant to bending and twisting. There will also be special bone screws that will be applied to other special bone sites.

          骨頭

          Materials used: Titanium, stainless steel or bio-absorbable composites that do not produce rejection in bone healing.

           

          Why do we need to order bolts? Are there some caveats? !

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          To have a good product, special product customized parts are indispensable! But those specific functions require exclusive manufacturing processes. By ordering customized micro screws and fasteners, you can make the product as individual as possible.
          There are 131,949 employees in the American screw, nut and bolt industry, and all of these people play a role in manufacturing unique parts for your business. In Taiwan, Thousand Fortune Enterprises will be your first choice for custom bolts!

          Micro screw related information
          https://www.chienfu.us/zh-hant/%e5%be%ae%e5%9e%8b%e8%9e%ba%e7%b5%b2/

          Features of customized shoulder bolts:

          Unlike traditional bolts and fasteners, shoulder bolts have a rotatable shoulder that can make the product move dynamically.
          This product is usually used in machinery, plastic molding, aerospace and automotive industries. The product process can be customized according to your business needs.

          Why order custom shoulder bolts?

          Although we can easily buy shoulder bolts from major hardware stores, these general-purpose products may not be entirely suitable for your purpose.
          When choosing to customize these bolts, you can ensure precision and precise fit. Your customized bolt will have a head, thread and shoulder, which can work harmoniously. This can improve the quality of your products.

          Things to consider when ordering custom bolts! Just like ordering custom miniature screws, there are multiple factors that need to be considered to determine the priority of accuracy:

          • Shoulder size：Although the rotating shoulder adds a unique function to the bolt, it is important to order the correct length and diameter.
          • material：Most shoulder bolts are made of alloy steel or similar strong alloys. Brass, stainless steel and even plastic are other common choices。

          • hardness            ：            You want to choose a material that is strong enough to suit the purpose of the product, but not too hard to be flexible enough.
          • Thread length：Just as the shoulder should have the right size, be sure to order the bolt with the required thread diameter and length.
          • Drive type：Like custom screws, bolts can also be used for different drive types. For example, consider using hex drives, square drives, or tamper-proof drives.

          By taking dimensional measurements multiple times and ensuring that the bolts are most suitable for your purpose, you can use these features for higher quality products.
          This attention to detail can promote your business development and increase customer satisfaction.
          Customization is the key to creating a competitive advantage-staying creative.Any questions related to processing materials are welcome to contact us directly!

          Chienfu Boshi

          What are the indispensable miniscrews in the electronics industry?

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          Micro screws
          Specializing in the production of small custom screws manufactured to suit customer requirements, our professional performance enables us to meet the needs of many industries, including: consumer electronics, telecommunications, aerospace, automotive, medical equipment, industrial computers, optical equipment and so on. We offer the widest selection of custom micro screws.

          Can undertake a variety of material examples: titanium, aluminum, copper, iron, alloy steel, stainless steel, electric wood, POM or Teflon, etc. , in line with environmental standards of surface treatment, can order micro-screws and small screws, suitable for a variety of precision processing standards.

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          Titanium processing is currently one of the most difficult processes in the industry!

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          Titanium processing is currently one of the most difficult metals in the industry. Titanium has the characteristics of lighter weight than ordinary steel metals, higher strength, metallic luster, and good corrosion resistance. Due to its stable chemical properties, high temperature resistance, low temperature resistance, strong acid resistance, strong alkali resistance, and low density, it is often used in industries with high standards such as medical, military, and aerospace, especially in the human body. The metal material is used in the medical treatment of titanium bone nails and titanium implants. The cutting force during titanium processing is only slightly higher than that of steel with the same hardness, but the processing of titanium alloys is much more complicated than ordinary steel.

          shutterstock_433065427

          What is CNC lathe processing (computer numerical control lathe)?

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          CNC lathe processing (computer numerical control lathe) is a processing method commonly used in various manufacturing industries. It is mainly driven by digital signals. The main body of the lathe is driven by a motor to drive the workpiece on the spindle chuck through electric drive. Rotate, and then use the turning tools fixed on the tool holder to perform turning processing. The main workpieces are round bars. The lathe will be equipped with various standard and special tools. In terms of materials, it can process titanium, aluminum, copper, iron, alloy steel, Various materials such as stainless steel, bakelite, POM or Teflon, suitable for various precision-machined parts

          CNC車床加工

          The design of CNC lathe processing machine will also be divided into core type, tool type lathe and CNC turning and milling combined processing machine (turning function is the main, milling function is supplemented, and it has all the functions of CNC lathe processing machine). Simple and complex processing procedures (for example: round bars, spiral parts, springs, bearings, gears, cams, screws, linear slides, etc. applications). Generally, CNC turning and milling machining machines can be used on more complex and special machining parts.