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Threading Inserts (SD301)

SD301 Threading Inserts are precision-engineered cutting tools designed for thread turning, grooving, and profiling in a variety of materials. These inserts are typically made from PCD, carbide, or cermet, depending on the variant, and are designed to deliver high-accuracy threads, superior surface finish, and long tool life. The SD301 series is ideal for automotive, aerospace, and industrial components, especially where consistent thread geometry and production efficiency are critical.

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Product Details

Key Features

  1. Precision Thread Geometry – Ensures accurate and consistent thread profiles.
  2. High Wear Resistance – Suitable for long production runs without frequent tool replacement.
  3. Stable Cutting Edge – Minimizes vibration and deflection during threading operations.
  4. Superior Surface Finish – Achieves smooth threads with minimal burrs.
  5. Material Versatility – Works on aluminum, copper, brass, plastics, and some hardened steels (depending on insert type).
  6. High Productivity – Optimized for high-speed machining and automated CNC operations.
  7. Indexable Design – Multiple edges increase lifespan and reduce downtime.
  8. ISO/ANSI Standard Compatibility – Fits standard threading holders.
  9. Low Heat Generation – Reduces built-up edge and preserves tool integrity.

Environmentally Friendly – Can be used in dry or minimal coolant conditions.

Customer Ratings


5.0/5

★ ★ ★ ★ ★

Based on 2 reviews

5 star
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Sam 07 July 2025
★ ★ ★ ★ ★
Customization product

I’ve been using this product for several months now, and it stands out as one of the best tools for customization in manufacturing. Whether you're working with metal, plastic, or composites, this tool adapts easily to different workflows and materials. Highly recommended for teams looking for precision, efficiency, and customization all in one.

Frequently Asked Questions

  1. What materials can SD301 inserts thread?
    Aluminum, copper, brass, plastics, composites, and some hardened steels depending on the insert variant.
  2. What thread types are compatible?
    Metric, UN, trapezoidal, and other standard or custom threads, depending on holder configuration.
  3. Are these inserts suitable for high-speed production?
    Yes, they are designed for CNC high-speed threading applications.
  4. Do SD301 inserts require coolant?
    Dry machining is possible; air or minimal coolant can be used to improve chip evacuation.
  5. Can they handle interrupted cuts?
    Yes, but stable clamping and proper feed rate are essential to prevent chipping.
  6. Are they indexable?
    Yes, most SD301 inserts have multiple cutting edges for extended life.
  7. What surface finish can be achieved?
    Typically Ra ≤0.2–0.3 µm on suitable materials.
  8. Do they fit standard holders?
    Yes, compatible with ISO/ANSI standard threading toolholders.
  9. Can the inserts be reground or reconditioned?
    Minor edge honing is possible; full regrinding is limited.
  10. What is the recommended cutting speed?
    Speeds vary with material; generally 50–200 m/min for non-ferrous metals and lower for harder materials.

Related Products

The SM301 PCD Thread Milling Tool is a precision thread-milling cutter engineered for high-performance machining of threads in challenging materials. It utilises a PCD (polycrystalline diamond) cutting face (or brazed PCD segments) combined with a robust body/substrate (e.g., carbide or steel) to obtain exceptional wear resistance, low tool-wear, and high dimensional accuracy of thread profiles. Thread milling, rather than tapping, means the tool moves in a helical or circular path around or into the hole, cutting the thread profile. The PCD version is particularly suited for abrasive, non-ferrous, or composite materials where conventional tools wear rapidly. For example, one manufacturer of PCD thread-mills claims “10 × tool life compared to carbide tools” for abrasive materials. The SM301 would typically be specified for a particular thread form (e.g., M, UN, ACME, BSP), pitch, diameter range, and cutting direction (RH/LH). It will often be offered with a “solid PCD” or “braised PCD insert” design, optimized geometry (flutes, chip evacuation), and possibly internal coolant provisions.

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PCD Full Face Inserts are cutting tools in which the entire cutting surface is a continuous layer of polycrystalline diamond. Unlike tipped inserts (which have only a PCD edge), full-face designs offer maximum wear resistance, consistent cutting action, and exceptional surface finishes. They are ideal for high-speed machining of non-ferrous metals, aluminum alloys, copper, magnesium, graphite, ceramics, and composite materials where tool life and precision are critical.

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Product Details • Product Name: PCD Standard Insert – TP Type • Geometry / Shape: Triangular (60° included angle) • Clearance (Relief) Angle: 11° • Cutting Edge: Polycrystalline Diamond (PCD) tipped • ISO Style: TP (fits standard TP tool holders) • Typical Grades: PCD 1300/1500 or equivalent • Common Sizes:TP..1102, TP..1603, TP..2204 (custom sizes available) • Edge Prep: Sharp or honed depending on application • Coating: Not required—natural diamond surface Description The PCD Standard Insert TP Type is a triangular 60° insert designed for high-precision turning, facing, and finishing of non-ferrous and abrasive materials. Its 11° clearance angle ensures excellent chip evacuation and minimal cutting forces, while the PCD-tipped edge provides unmatched hardness and wear resistance. These inserts are widely used in automotive, aerospace, electronics, and composite component machining, where superior surface finish and long tool life are critical.

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Threading Inserts (SD301)

SD301 Threading Inserts are precision-engineered cutting tools designed for thread turning, grooving, and profiling in a variety of materials. These inserts are typically made from PCD, carbide, or cermet, depending on the variant, and are designed to deliver high-accuracy threads, superior surface finish, and long tool life. The SD301 series is ideal for automotive, aerospace, and industrial components, especially where consistent thread geometry and production efficiency are critical.

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