In a landmark industry development, InnovateCast Foundry, a fast-growing player in the precision casting sector, has officially launched its new Smart Casting Technology Center. The new center represents the next step in the evolution of industrial foundries, combining advanced materials engineering, intelligent automation, and digital quality control into one integrated ecosystem.
This breakthrough facility aims to redefine global casting standards and support high-precision industries such as aerospace, new energy vehicles, robotics, and medical equipment.
The Smart Casting Center features cutting-edge engineering capabilities, including:
5-axis CNC machining
High-temperature alloy melting
Ultra-fine mold finishing
Rapid prototyping with 3D-printed molds
These technologies allow the foundry to produce castings with:
Extremely tight tolerances
Complex geometries
Enhanced surface finish
High material consistency
According to the company’s head of engineering, the center is designed to meet the increasing demand for lightweight, high-strength components in modern industries.
InnovateCast’s new facility integrates an AI-powered quality control platform capable of detecting micro-defects that are invisible to the human eye. The system analyzes:
Porosity
Microcracks
Temperature deviations
Mold inconsistencies
Alloy composition variations
This results in:
Up to 95% defect detection accuracy
30% reduction in production waste
Improved product reliability
These advantages are heavily aligned with the needs of aerospace and medical sectors, where safety and precision are top priorities.
One of the most innovative aspects of the center is its dedicated 3D printing lab. By using high-temperature-resistant printing materials, the foundry can produce molds and cores in hours instead of days.
Benefits include:
Faster prototyping cycles
Lower tooling costs
More complex design possibilities
Easier design modifications
This advancement significantly reduces time-to-market for new products, providing a competitive edge for clients.
The Smart Casting Center is also designed with environmental sustainability in mind. It incorporates:
Low-energy furnace systems
Emission-controlled melting rooms
Digital energy tracking
Recyclable mold materials
By implementing these technologies, InnovateCast reports a 17% reduction in total energy usage and a 32% decrease in waste materials compared to traditional facilities.
To support the new technology center, InnovateCast has launched a workforce development program focused on:
Smart factory operation
Automation maintenance
AI data interpretation
Metallurgy and materials science
Precision machining training
More than 120 technicians and engineers are participating in the program, ensuring that the foundry maintains a highly skilled workforce.

Industry analysts believe the Smart Casting Center will have far-reaching implications across multiple sectors. Demand for precision casting is growing rapidly due to electrification, automation, and global re-industrialization efforts.
The launch of the center strengthens InnovateCast’s position in:
Aerospace components
EV powertrain castings
High-precision robotics parts
Medical device housings
High-alloy turbine components
The company expects to increase its export volume by 60% over the next two years.
InnovateCast Foundry’s Smart Casting Center sets a new benchmark for precision, automation, and sustainability in modern metal casting. By combining intelligent technologies with advanced engineering, the company is positioned to lead the global casting industry into a new era of innovation.
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