KEY FEATURES: 

• HIGH-DENSITY STONE COMPOSITE: Engineered from heavy-duty, high-density stone material offering excellent heat retention, rigid structural integrity, and long-term high-temperature stability. 

• CNC PRECISION-MACHINED CAVITIES: Precision CNC-milled to deliver exact lure dimensions, crisp scale/fin details, and a high-gloss finish on every poured soft plastic bait. 

• ADVANCED VENTING & SPRUE DESIGN: Features a 360° annular ring venting system for full air evacuation and a clean annular sprue break refined specifically for smooth hand injection. 

• TOOL-FREE QUICK-LOCK SYSTEM: Integrated snap-lock structure allows you to open, clamp, and securely lock the mold halves in seconds without needing external C-clamps or tools. 

• UNIVERSAL INJECTOR & MATERIAL COMPATIBILITY: Features a standard 5/8" injection port compatible with standard plastisol injectors; works seamlessly with PVC Plastisol, TPE, and Silicone blends.

PRODUCT DESCRIPTION:

CNC Precision High-Density Stone Soft Plastic Lure Mold Upgrade your custom tackle production with this CNC Precision High-Density Stone Soft Plastic Lure Mold. Designed for professional bait builders and passionate DIY anglers, this mold combines high-density, heat-conductive stone composite construction with advanced CNC machining to produce soft baits with mirror-smooth surfaces and razor-sharp details. Equipped with an effortless tool-free quick-lock system and 360° ring venting, it eliminates air pockets and streamlines your pouring workflow for consistent, tournament-grade swimbaits and soft lures.

SPECIFICATIONS:

WHY CHOOSE THIS STONE COMPOSITE BAIT MOLD? 

• Faster Workflow & Clamp-Free Setup: Built-in quick-lock snaps eliminate the need for bulky hand clamps, drastically speeding up production cycles. 

• Bubble-Free Crisp Details: 360° ring venting allows trapped air to escape completely, ensuring fully formed lure tails and bodies with zero void spots. 

• Superior Thermal Stability: High-density stone holds heat evenly to prevent premature cooling of plastisol during complex multi-cavity injections.