Product Details:
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Product Name: | Optical Mold | Tolerance: | +/-0.005mm |
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Application: | Die Casting Mould | Hardness: | 43-47 HRC |
Feature: | Durable | Processing Method: | Electroforming Processing |
Highlight: | Precision Core Pins, Core Pin Die Casting | Material: | Automotive, Motorcycle, Instrument, Daily Necessities, Crafts |
Highlight: | custom golf club molds,H13 steel golf molds,precision golf club molds |
Engineered exclusively for golf club OEM/ODM manufacturers, custom golf brands, and sports equipment producers, our tailored golf club molds are precision-machined to 1:1 match your 2D/3D drawings (CAD, STEP, IGES, DXF). Specialized in crafting molds for three core golf club types—wood (drivers, fairways), iron (long/short irons), and putter (blade/mallet styles)—they deliver ultra-tight ±0.005mm tolerance and use high-wear H13 steel to ensure consistent replication of critical club features across high-volume production.
Golf club manufacturing faces unique challenges that generic molds can't solve—our design directly addresses these to protect your product performance and production efficiency:
We solve these by building molds exactly to your drawings with H13 steel—turning production risks into reliable, high-performance club output.
We tailor every mold to your club's unique design needs, with a focus on optimizing features that define golf performance:
Customization Dimension | Key Options | Our Advantage |
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Client Drawing & Club Type Support | 2D (DXF/PDF) & 3D (CAD/STEP/IGES) files; optimized for wood, iron, putter | Free pre-production DFM analysis—refining wood head draft angles to reduce demolding stress; 100% drawing accuracy guaranteed |
H13 Steel Advantages | Pre-hardened H13 (52-54 HRC hardness), heat-treated for wear resistance, corrosion-resistant coating | H13 steel sustains 200,000+ injection cycles—60% longer life than standard steel; resists wear from golf-grade resins |
Precision Tuning for Golf Performance | ±0.005mm tolerance for critical areas; Ra ≤0.01μm surface finish | Ensures every club matches your performance specs—putter alignment lines stay straight (±0.003mm), iron faces have uniform thickness |
Production Efficiency Enhancements | Multi-cavity designs (1-4 cavities), quick-change inserts, integrated cooling channels | Cuts production lead time for popular models and supports fast design iterations for limited-edition clubs |
Our molds are engineered to meet the strict standards of golf equipment manufacturing—every spec directly impacts your club's quality and production efficiency:
Specification | Our Standard for Golf Club Molds | Impact on Your Production |
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Dimensional Tolerance | ±0.005mm (critical areas: iron faces, putter grooves, wood head edges) | Eliminates ball flight inconsistency—your clubs perform uniformly, reducing returns and negative reviews |
Mold Material (H13 Steel) | 52-54 HRC hardness, 200,000+ cycle service life | Reduces mold replacement costs by 40% vs. standard steel; no unplanned downtime during peak production |
Surface Finish | Ra ≤0.01μm (club head surfaces); Ra ≤0.02μm (internal structures) | Enhances wood head aerodynamics and eliminates "sink marks" on iron soles—no post-production polishing needed |
Lead Time | 14-18 days (prototype molds); 22-28 days (mass-production molds) | Faster than industry average to get your clubs to market ahead of competitors |
Upload your 2D/3D drawing (CAD/STEP)—our engineers (with 3+ years of golf equipment mold experience) will provide a free DFM report and detailed quote within 24 hours.
Contact Person: Mr. luo
Tel: 13794925533
Fax: 86----0769-81501733