Stable deformation processing and quality control with high-precision servo presses.
Consistent accuracy and quality through servo press technology. Establishing new standards for deformation processing.
■ Overview
Our company utilizes servo presses and link motion presses, which enable highly precise bottom dead center control for deformation processes such as embossing and stamping. This significantly improves the dimensional accuracy of products and maintains stable quality. Furthermore, by utilizing EX-GO trading conditions, we offer flexible payment and logistics options tailored to our customers' needs, supporting operational efficiency.
■ Features
High precision bottom dead center management Servo and link motion presses significantly improve bottom dead center accuracy compared to traditional technologies, reducing product dimensional variability and stabilizing quality. Stable quality assurance High repeatability and precise control minimize variations in quality between batches, achieving continuous production stability. Flexible payment and logistics support By adopting EX-GO trading conditions, we provide payment and logistics support according to customer needs, contributing to improved cost efficiency.
■ Specifications
Our servo and link motion presses maximize bottom dead center precision, particularly enhancing quality in embossing and stamping processes. This technology is adaptable to a wide variety of materials and shapes, offering the flexibility to meet a broad range of customer needs.
■ For more details, please download the PDF or feel free to contact us.
CONTACT
Inquiry for the above productCompany Information
Home electrical appliances / Telecommunication equipment / Electronic parts
Progressive / single press processing / Press mold design and manufacturing / Design and manufacture of various jigs and parts
We perform precision stamping (5-200t) of motorcycle parts, four-wheeled vehicle parts, camera diaphragm blades and cams, light electric machine parts, home appliance parts, leaf springs, etc., and de ...