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Prototype mold
At PointX3D, we specialize in creating high-precision prototype molds that help you validate your designs before full-scale production. Our molds enable testing of form, fit, and function, allowing for quick design refinements and reduced risk. With fast turnaround times and engineering-grade accuracy, we support low-volume production, material testing, and pre-production validation for a wide range of industries
Read The Story arrow_forward_iosCooling Optimization
Efficient mold cooling is critical for faster cycle times, consistent part quality, and reduced manufacturing costs. At PointX3D, we design and optimize cooling channels to ensure uniform temperature distribution, minimize warping, and improve overall mold performance. Our solutions leverage advanced simulation and engineering expertise to deliver high-precision molds with faster production cycles and superior part accuracy.
Runner Balancing
Proper runner balancing is essential to ensure uniform material flow, reduce cycle times, and maintain consistent part quality. At PointX3D, we carefully design and optimize runner systems to achieve even filling across all cavities, minimizing defects such as warping, sink marks, or short shots. Using advanced simulation and engineering expertise, our runner-balanced molds deliver reliable, high-precision parts with optimal efficiency.
Hot runner
At PointX3D, we specialize in hot runner mold design to improve material flow, reduce cycle times, and eliminate runner waste. Our designs ensure precise temperature control, balanced flow to all cavities, and consistent part quality across high-volume production. By integrating advanced simulation and proven engineering practices, we deliver reliable hot runner systems that enhance efficiency, reduce material costs.
Confirming Cooling Confirming cooling ensures that your mold’s cooling system performs exactly as designed, delivering uniform temperature distribution and efficient heat removal. At PointX3D, we validate and optimize cooling channels using advanced simulation and precision engineering to prevent hotspots, reduce cycle times, and maintain consistent part quality. This process guarantees high-performance molds that meet both production efficiency.
Die Design
PointX3D offers expert die design solutions for a wide range of materials, from P10 to P50, ensuring durability, precision, and optimal performance. Our designs are engineered to handle varying hardness and material properties while maintaining accurate dimensions, consistent forming, and minimal wear. With optimized layouts and advanced simulation, we deliver dies that support high-quality production. Die Layout
At PointX3D, we provide precise sheet metal die design and layout services to ensure efficient, high-quality production. Our expertise covers part unfolding, blanking, bending, and forming, with optimized die layouts to minimize material waste and reduce production costs. By combining advanced CAD/CAM techniques with engineering best practices, we deliver dies that guarantee quality.
detailing
PointX3D provides accurate and comprehensive tool detailing in DWG format to support seamless manufacturing and assembly. Our detailed drawings include precise dimensions, tolerances, material specifications, GD&T, and assembly notes to ensure clarity and error-free production. With a strong focus on engineering standards and shop-floor usability, we deliver DWG tool detailing that reduces rework,.
Progressive Die Design
We provide precision progressive die design engineered for high-volume sheet metal production, ensuring accurate part forming, optimized strip layout, balanced cutting and forming operations, smooth material flow, reduced scrap, improved press efficiency, extended tool life, and consistent, repeatable part quality throughout long production runs
