K11 K12 K13 Series Large Hole Self-centering Chuck
WUXI ABK K11/K12/K13 Series Large Hole Self-centering Chuck offers precision clamping for heavy-duty machining applications. Featuring high-accuracy centering (≤0.02mm) and large through-hole designs (up to φ300mm), these chucks provide superior gripping force for lathe and milling operations. Our hardened steel construction ensures durability, while the self-centering mechanism delivers consistent performance. Ideal for pipe flanges, bearings, and large-diameter workpieces.
K11 K12 K13 Series Large Hole Self-centering Chuck
Product Introduction: WUXI ABK K11/K12/K13 Series Large Hole Self-Centering Chucks
The WUXI ABK K11, K12, and K13 series self-centering chucks are engineered for precision and efficiency in industrial applications. These chucks feature an advanced plane thread structure, ensuring smooth and synchronized jaw movement through high-quality gears and coiled wires. This innovative design enables automatic centering of workpieces, significantly reducing setup time while maintaining exceptional accuracy.
Key Features of WUXI ABK Self-Centering Chucks
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High Self-Centering Precision: The K11/K12/K13 series chucks deliver superior concentricity, ensuring minimal runout for high-precision machining.
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Fast & Convenient Clamping: The self-centering mechanism allows quick workpiece alignment, enhancing productivity in repetitive operations.
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High Rigidity & Clamping Force: Built for heavy-duty applications, these chucks provide strong gripping power and stability, even under high-speed machining conditions.
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Durable Construction: Designed for longevity, the WUXI ABK chucks are made from high-grade materials to withstand rigorous industrial use.
Applications Across Industries
The WUXI ABK K11, K12, and K13 self-centering chucks are widely used in various machining and fabrication processes, including:
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CNC Machining Centers – Ensures precise clamping for milling, drilling, and turning operations.
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Lathes & Milling Machines – Ideal for high-accuracy part holding in both manual and CNC setups.
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CNC Drilling Machines – Provides secure fixation for drilling large or complex components.
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Welding & Cutting Equipment – Maintains stability during high-torque operations.
With their self-centering capability, high clamping force, and versatile compatibility, the WUXI ABK K11/K12/K13 series chucks are a reliable solution for industries demanding efficiency and precision. Whether in automotive, aerospace, or general manufacturing, these chucks enhance operational performance while reducing downtime.
Connection size parameters (selection reference, actual size is subject to the order drawing) | ||||||||||||||
Specifications | D | D1 | D2(H7) | D3 | H | H1 | H2 | L | Z-d | |||||
K11 400 | Ф400 | Ф368 | Ф340 | Ф170 | 100 | 36 | 6 | 125 | 6-M14 | |||||
K11 500 | Ф500 | Ф465 | Ф440 | Ф240 | 115 | 45 | 6 | 185 | 6-M14 | |||||
K11 630 | Ф630 | Ф590 | Ф560 | Ф320 | 125 | 50 | 12 | 250 | 6-M16 | |||||
K11 800 | Ф800 | Ф760 | Ф730 | Ф480 | 130 | 50 | 12 | 320 | 6-M16 | |||||
K11 1000 | Ф1000 | Ф950 | Ф902 | Ф640 | 150 | 60 | 15 | 350 | 9-M20 | |||||
K11 1200 | Ф1200 | Ф1140 | Ф1080 | Ф850 | 150 | 60 | 15 | 350 | 9-M20 | |||||
K11 1500 | Ф1500 | Ф1440 | Ф1380 | Ф1100 | 150 | 80 | 15 | 425 | 9-M20 | |||||
Performance Parameter | ||||||||||||||
Specifications | Maximum input torque | Maximum clamping force | Anti-claw clamping range | Positive claw clamping range | Remarks | |||||||||
K11 400 500 | 500NM | 60KN | Ф50–450 | Ф50–450 | 1.Can undertake all kinds of sizes and forms of non-standard self-centering chuck customization.
2.The jaw length, four claws, six claws, eight claws and various styles of non-standard chucks can be customized. |
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K11 630 | 800NM | 72KN | Ф200–630 | Ф100-600 | ||||||||||
K11 800 | 900NM | 80KN | Ф100–800 | Ф200-800 | ||||||||||
K11 1000 | 1000NM | 90KN | Ф300–1000 | Ф200-1000 | ||||||||||
K11 1200 | 1000NM | 100KN | Ф400–1200 | Ф300-1000 | ||||||||||
K11 1500 | 1000NM | 120KN | Ф500–1500 | Ф400-1500 |
Application picture of K11 K12 K13 Series Large Hole Self-centering Chuck