GPTMOLD Mold ; Precision, Efficiency & Versatility
GPTMOLD is renowned in the industry for crafting highly complex, high-productivity injection molds with superior craftsmanship. Our end-to-end mold making process—backed by skilled professionals and cutting-edge technology—ensures on-spec, accurate mold delivery, from initial design to final completion.
We specialize in a full range of mold solutions tailored to diverse requirements, with key capabilities summarized as follows:
| Mold Types
Single/bi-injection molds |
Cavity & Class
Single to multi-cavity options |
Press Compatibility
25-ton to 1000-ton injection molding machines |
Quality & compatibility are embedded in our process: We adhere strictly to DME and Hasco global mold standards. For the US market, we use inch-system components and offer renowned US-brand parts (Progressive, PCS, Parker, DME, etc.). Our molds are built with premium materials from trusted suppliers (Diado, Assab/Uddehom/Bohler, Thyssen) and can integrate hot runner systems (Yudo, Husky, DME, Moldmaster, Synnventive, Incoe) per customer specifications.
Core Mold Making Process Stages
Our streamlined, quality-controlled process ensures consistent mold performance, with key stages in cards below:
| 1. Precision Machining
Advanced CNC, EDM & wire-cutting technology |
2. Modular Assembly
Standardized assembly procedures |
3. Testing & Trial Run
Trial injections with target materials |
4. Final Inspection & Packaging
Comprehensive quality checks (dimension, surface, mechanism) |
Our streamlined, quality-controlled process ensures consistent mold performance:
Key Performance Indicators (KPIs)
| Mold Life
SPI Class 101: ≥1 million cycles Long-term production reliability |
Delivery Time
Standard molds: 25–45 days Balances speed & quality |
Precision Tolerance
±0.001mm dimensional accuracy Suitable for optical lenses, automotive components |
Precision Tolerance: Achieves ±0.001mm dimensional accuracy, suitable for high-demand applications like optical lenses and automotive components.
Start with a DFM review, validate filling and cooling through Mold Flow Analysis, and complete the project with 2D and 3D mold design. Request engineering support.