- Simoldes Group opened a new automated thermoplastics injection facility in Brazil.
- The plant will expand workforce capacity from 80 to 180 employees by 2026.
Simoldes Group has strengthened its manufacturing presence in Brazil with the inauguration of a new thermoplastics injection plant in Porto Real. Announced on June 5, the facility has been designed to support the growing demand for automotive plastic components while enhancing production efficiency through advanced automation technologies. The expansion reflects the company’s continued focus on serving the global automotive industry with high-quality plastic parts and precision injection mould solutions.
The new plant features 6,000 square meters of covered production area and is equipped with 11 injection molding machines with capacities of up to 1600 tons. The manufacturing setup incorporates fully automated operations using robots and magnetic platens, enabling efficient processing and handling of materials throughout the production cycle. Dedicated assembly lines have also been established for DTPs and pillars, supporting specialized automotive component manufacturing requirements.
Key Specifications of the New Porto Real Facility
The facility combines large-scale production equipment with automated manufacturing processes to improve operational performance and output capacity. The investment is expected to strengthen Simoldes' ability to meet customer requirements across multiple automotive programs while supporting future growth plans in the region.
| Specification | Details |
|---|---|
| Location | Porto Real, Brazil |
| Covered Area | 6,000 sq m |
| Injection Molding Machines | 11 Units (up to 1600T) |
| Processing Capacity | Up to 760 kg/h |
| Current Workforce | 80 Employees |
| Planned Workforce by 2026 | 180 Employees |
Automation and Production Capabilities
The production facility has been designed around automated manufacturing principles, utilizing robotic systems and magnetic platen technology to optimize productivity and consistency. With a plastic material processing capacity of up to 760 kilograms per hour, the plant is positioned to support large-volume automotive component programs. The dedicated assembly lines for DTPs and pillars further enhance manufacturing flexibility and allow efficient production of specialized vehicle components.
Supporting Future Growth
The new operation begins with a workforce of 80 employees and is expected to expand to 180 employees by 2026. This planned growth highlights the company’s long-term commitment to expanding its manufacturing capabilities in Brazil while supporting employment and industrial development in the region. As a supplier of plastic components and precision injection moulds for the automotive sector, Simoldes continues to invest in facilities that enhance its global production network and customer support capabilities.
Frequently Asked Questions
What is the purpose of Simoldes Group's new thermoplastics injection plant in Brazil?
The new facility has been established to expand Simoldes Group’s automotive manufacturing capacity and improve production efficiency through automation. Located in Porto Real, Brazil, the plant supports the production of automotive plastic components using advanced injection molding technologies. Equipped with automated systems, dedicated assembly lines, and high-capacity machinery, the facility is designed to meet increasing industry demand while strengthening the company’s manufacturing footprint in the region and supporting future growth initiatives.
What are the main features of the new Porto Real manufacturing facility?
The Porto Real plant includes 6,000 square meters of covered area, 11 injection molding machines with capacities of up to 1600 tons, robotic automation systems, and magnetic platens. It also features dedicated assembly lines for DTPs and pillars and can process up to 760 kilograms of plastic material per hour. The facility currently employs 80 people and is expected to increase its workforce to 180 employees by 2026 as production activities expand.
Click above to visit the official source.