Applications of Die Casting Molds
Die Casting Mold Industry Solutions
Mold solutions that meet industry needs
Electromechanical high pressure die casting mold
Communication high pressure die casting mold
other industries
Our Core Advantages in High Pressure Die Casting Molds
Stable and Reliable
Reduces high pressure die casting mold failures, unplanned downtime, and maintenance frequency.
Extended Mold Life
Through optimized design, selection of high-quality steel, and strict control of processing techniques, we effectively extend the lifespan of high-pressure die casting molds, reducing maintenance and replacement frequency and further decreasing overall production costs.
Reduced Scrap Rate
Minimizes casting defects such as porosity, shrinkage cavities, flash, cold shuts, and deformation, effectively reducing scrap generation and improving the overall yield of die castings, thereby significantly reducing production costs and increasing efficiency.
Shortened Production Cycle
Provides technical support for die casting production, helping die casting plants achieve faster and more stable production cycles by optimizing key processes such as core pulling, part removal, spraying, material pouring, and mold cooling, thereby improving production efficiency and obtaining greater profits.
Our core processes and value
1. Data collection
Comprehensive data collection of die-casting materials and all requirements (including internal quality, strength, appearance, and dimensions) lays a scientific foundation for design and manufacturing.
2.Extensive Industry Experience
Based on past successes and failures, anticipate potential technical or other risks, develop countermeasures, efficiently assemble design and production teams, shorten cycles, and increase success rates.
3. Excellent design and engineering team
Capable of quickly understanding requirements, assessing the difficulty and time cost of design execution, reducing the risk of later adjustments, and implementing systematic logical design to solve fundamental project problems and complete design tasks with high quality.
4. Magma mold flow analysis
Using genuine Magma software to simulate and analyze various die-casting parameters, including porosity, shrinkage, forming, stress, and analysis of mold temperature and production cycle control; verifying design feasibility and optimization, thereby avoiding high later modification costs due to unreasonable design, ultimately achieving significant economic benefits and cost savings.
5. Precise and rigorous mold manufacturing process
* Highly standardized machining processes (such as DMG 5-axis CNC machining, Makino high-speed machines, etc.) control errors to the micrometer level (μm), ensuring machining accuracy and consistency.
6. Mold trial verification and optimization
Ensure the die-casting mold performs stably and efficiently in actual production, with a low scrap rate and controllable production cycle.
7. Standardization and continuous improvement
Summarize experience, optimize design and processes to achieve repeatable quality, low failure rate, and high long-term production efficiency.
8. On-site technical guidance and debugging for die casting
Guide customers to trial production, enabling them to quickly master suitable die-casting parameters, resolve mold and die-casting issues on-site, and ensure the mold is applied to mass production on time. This also ensures stable die-casting part quality: mass-produced die-casting parts have highly uniform dimensions, reducing scrap rates and improving customer economic benefits.
Why Choose Raidy Molds?
Quality Assurance for Die Casting Mold Solutions
Incoming Material Inspection
All raw materials and purchased components for Raidy die casting molds undergo rigorous quality, dimensional, appearance, composition, and hardness testing to ensure compliance with requirements.
Mold Process Inspection
All high pressure die casting mold components are measured using a coordinate measuring machine or 3D scanner to ensure extremely high dimensional accuracy and consistency, fully meeting design requirements.
GOM and Spotting
After assembling the complete mold, lead/blue lead is applied, and all machining progress is verified to meet requirements. GOM checks all required features and errors are within acceptable limits. Only after both of these requirements are met does mold trial production begin.
Mold Trial Validation
This verifies the die casting mold design, optimizes die casting process parameters, and ensures casting quality. Trial molding detects dimensional accuracy and surface defects (such as undercasting, porosity, and shrinkage cavities) in the castings. Based on preliminary results, die casting machine settings (such as speed, pressure, and temperature) are adjusted, allowing for rapid mass production and reducing later correction costs.
Certification Process
ISO 9001 and IATF 16949 certification processes ensure consistent product quality.
Our industry-focused quality control ensures the reliability and repeatability of mass production for die-cast parts manufactured for automotive, motorcycle, and industrial applications.
Incoming Material Inspection
Mold Process Inspection
GOM and Spotting
Mold Trial Validation
Certification Process
