Industry News

Transparent injection-molded products demand exceptional attention to multiple aspects during processing due to their stringent requirements for surface quality, including material selection, equipment adjustment, mold design, and process control.

Burn marks are a common defect in the injection molding of plastic products, severely impacting their appearance, strength, and functional performance.

Color fading in injection molded products is a complex issue, often resulting from a combination of factors.

With the rapid development of the medical device industry, medical injection-molded parts—valued for their high precision, low cost, and ability to create complex structures—are widely used in disposable syringes, catheters, surgical instrument housings, and other applications.

CNC technology not only enhances machining precision and production efficiency in injection mold manufacturing but also provides greater design flexibility and consistent quality assurance.

A Hot Runner System is a thermal control device in injection molds that maintains melt temperature between the gate and runner, preventing cooling-induced blockages. Compared to traditional cold runner systems, hot runners significantly reduce material waste and improve production efficiency, though they come with higher costs and maintenance requirements.

The pre-reset mechanism in injection molds is primarily designed to ensure rapid and precise restoration of all movable components to their initial positions before each injection cycle begins. This guarantees smooth mold closure, stable injection processes, and consistent product quality.

The dust shield in an injection mold is not merely a basic dust-prevention component but a critical design element that safeguards product quality and mold performance.

Injection molds are critical equipment for shaping plastic components, and ejector pins are indispensable elements in mold design. The functionality of ejector pins directly impacts demolding effectiveness, product quality consistency, and production efficiency.

Designing multi-cavity molds requires balancing product consistency, technical specifications, mold structure, runner systems, process parameters, material properties, and manufacturing/assembly precision.