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China PEEK Flushing Cap for Inkjet Machines – Precision Components from Top Suppliers and Factory

Introducing our high-quality PEEK (Polyetheretherketone) product, designed with precision for various industrial applications. With dimensions of 74 × 48 × 14 mm, this component features a Ø1 mm hole with a depth of 27 mm, ensuring a burr-free connection for optimal performance, Manufactured in our state-of-the-art factory using advanced five-axis CNC technology, our multi-surface one-time forming process guarantees exceptional quality and consistency. Ideal for inkjet systems, precision flushing components, and high-performance equipment, our products are the perfect choice for those seeking reliable solutions from top China suppliers, Discover the difference with our expertly crafted components, designed to meet the demands of modern engineering and manufacturing. Trust our factory for your PEEK needs and elevate your projects with our superior quality products

    Product Overview

    The flushing cap is a precision component used in advanced inkjet systems, manufactured from PEEK (Polyetheretherketone)—a high-performance engineering plastic valued for its high-temperature resistance, strength, and excellent corrosion resistance.

    With overall dimensions of 74 × 48 × 14 mm, the component is produced using five-axis CNC machining, enabling multi-surface one-time forming. Compared with traditional three-axis machining, this method eliminates the need for complex fixtures, reduces tooling costs, and allows for rapid adaptation when modifying part geometry or developing new designs.

    The cap’s most challenging features are the Ø1 mm side holes, 27 mm deep, which connect precisely with front-facing holes. This extreme depth-to-diameter ratio of 27:1 presents significant machining difficulty, requiring hole walls to remain smooth and burr-free at the junctions to ensure functional integrity.

    Manufacturing Challenges
    • Extreme Deep-Hole Drilling
      Ø1 mm holes at 27 mm depth (27:1 ratio) demand advanced precision drilling.
    • Burr-Free Intersections
      Connected passages must remain completely clean, without residual burrs.
    • Complex Geometry in Limited Space
      Multi-surface features require accurate machining without deformation.
    Inkjet Machine – Flushing Cap Manufacturing Challenges
    Our Solutions
    • Five-Axis CNC Machining
      Enables one-time multi-surface forming, reducing setup errors and fixture complexity.
    • Advanced Micro-Drilling Techniques
      Specialized tools and cutting strategies ensure smooth deep-hole walls.
    • Burr-Free Processing
      Optimized machining parameters guarantee clean intersections and flawless connectivity.
    Inkjet Machine – Flushing Cap Solutions
    Quality Assurance

    Each flushing cap undergoes:

    • Dimensional Accuracy Verification
      Confirming all features meet design tolerance.
    • Hole Integrity Check
      Ensuring smooth surfaces and correct 27 mm drilling depth.
    • Burr-Free Validation
      Confirming fluid passage functionality without obstructions.
    Adapter Integration Block Quality Assurance
    Application Value
    • Inkjet Printing Systems
      Ensures reliable flushing and fluid transfer.
    • High-Temperature Environments
      PEEK provides exceptional stability under demanding conditions.
    • Advanced Manufacturing Equipment
      Suitable for complex, high-precision component integration.
    Adapter Integration Block Application Value
    Frequently Asked Questions (FAQ)
    What material is used for the flushing cap, and what are its benefits?
    The flushing cap is made of PEEK (Polyetheretherketone), a high-performance engineering plastic known for its high-temperature resistance, excellent mechanical strength, and superior corrosion resistance.
    What makes drilling the side holes on this component so challenging?
    The main challenge lies in drilling the Ø1 mm side holes to a depth of 27 mm. This represents an extreme 27:1 depth-to-diameter ratio, which requires specialized precision tools to keep the walls smooth and completely burr-free.
    Why is five-axis CNC machining preferred over traditional three-axis machining for this part?
    Five-axis CNC machining allows for multi-surface one-time forming. This eliminates the need for complex fixtures, reduces tooling costs, minimizes setup errors, and makes it easier to adapt to design modifications.
    How does the manufacturer ensure the quality of the deep-hole intersections?
    By utilizing advanced micro-drilling techniques and optimized machining parameters, the manufacturer ensures that the intersections between the side holes and front-facing holes remain clean and completely free of residual burrs.
    What quality assurance steps are taken before shipping?
    Each flushing cap undergoes a comprehensive quality check including dimensional accuracy verification, hole integrity checks (verifying the 27 mm depth and smooth surface), and burr-free validation to guarantee fluid passage functionality.

    Company Profile

    q8
    14+

    years

    customer-centric and perseverance in hard work

    Kansd was established in 2011. As an enterprise specializing in precision manufacturing and assembly, we located in Shenzhen,China. With more than 70 professional employees, Kansd has a professional technical team that has been deeply engaged in the precision manufacturing industry for more than ten years. 
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