News and articles from Topstar

Demand in Spain is focused on large, high-precision and high-efficiency injection molding machines for producing automotive parts, including interior components, electronic components and lightweight plastic parts. However, rising labor costs and the need for faster and more reliable production have driven the market towards integrated intelligent solutions. To this end, Topstar has taken the lead… Continue reading Intelligent transformation of injection molding machines: How to cope with the Spanish injection molding market?

In traditional injection molding, problems such as deviation of the ejection position and inconsistency of the suction time of the injection molding robot occur. At the same time, signal delays, poor compatibility, and low stability between devices lead to production delays, equipment failures, and resource waste. Topstar provides a modern and intelligent solution through the… Continue reading Topstar’s injection molding robot calibration fixes ejection position deviation and suction time inconsistency

As core equipment in the manufacturing industry, industrial robots are becoming increasingly important and a key force in shaping the future of manufacturing. With the continuous advancement of technology, pursuing precision requires high-precision tasks (such as sorting with an accuracy of 0.01 mm) in some specific industries. Topstar’s innovative combination of industrial robots with the… Continue reading Industrial robots: Achieving 0.01mm precision intelligent sorting

Challenges such as rising energy costs, an aging workforce, and increased competition from low-cost Asian manufacturers have put tremendous pressure on European manufacturers, especially in industries such as injection molding. Due to various environmental issues, these countries face severe economic dislocation, which has caused energy prices to soar. Injection molding is energy-intensive, and rising costs… Continue reading How can Topstar plastic injection molding machine help European countries solve injection molding problems?

Maintaining high yields and ensuring the quality of molded parts during injection molding can be challenging, as injection molding machines generate high temperatures when operating, which can lead to problems such as overheating, warping, or material defects. In this article, we will explore how using a water chiller for cooling can significantly improve the yield… Continue reading How to Improve the Yield Rate of Injection Molded Parts by Cooling with a water chiller

Mexico’s manufacturing and injection molding industries have great potential, especially in sectors such as automotive, electronics, and consumer goods, especially in areas close to the US market. Of course, while facing the comprehensive upgrading of manufacturing, some regions of Mexico still face challenges such as unstable or insufficient power supply and a relative shortage of… Continue reading Bringing lower energy consumption injection molding machine solutions to Mexico

India is one of the fastest-growing economies in the world, and its strong market demand for plastic products has also attracted the attention and participation of many global plastic machinery companies. At the same time, for many Indian plastic product manufacturers, production still faces problems such as unstable regional voltage, high demand for energy-saving Injection… Continue reading Using Topstar’s plastic injection molding machines to solve production problems for Indian users

Delays in the injection molding can disrupt the supply chain and increase costs. Due to manual adjustments, traditional plastic molding machines often struggle with inconsistent cycle times, material waste, and frequent downtime. These challenges are exacerbated when customers expect a 20% or more reduction in turnaround time while also keeping defect rates below 5%. Topstar’s… Continue reading Plastic Molding Machine Solutions for Faster Turnaround Times

Injection robots simplify parts removal, sorting, and post-injection molding operations. However, not all injection molding robots are created equal. Traditional models often suffer from inefficiencies such as limited precision, high energy consumption, and rigid programming frameworks. Topstar’s 5-in-1 servo-driven injection robot is a breakthrough solution that redefines performance through advanced engineering and intelligent design. Integrating… Continue reading Why is the 5-in-1 servo-driven injection robot better than other injection robots?

Other auxiliary equipment is also needed to work to ensure a higher yield rate in the production of plastic parts, in addition to using high-efficiency injection molding machines. Injection molding machines generate very high temperatures when working, especially hydraulic injection molding machines, so in addition to mould temperature controllers, a water chiller is also needed… Continue reading How to improve the yield of injection molded parts by using a water chiller?

The accuracy, repeatability, and efficiency of injection moulding determine the profitability of its production. Thermal management bridges the gap between raw materials and perfect final products. A mould temperature controller is key to this thermal regulation, ensuring the mould maintains a precise temperature to optimize cycle time, reduce defects, and increase injection efficiency. Topstar’s fourth-generation… Continue reading The relationship between mould temperature controller and injection molding efficiency

Electric injection molding machines improve the production of plastic manufacturing with precision, energy saving, and high cleanliness. However, a common problem in traditional electric injection molding machines is the communication delay between the controller and the servo drive. This bottleneck affects the quality of high-speed, high-precision applications. Even millisecond delays can lead to inconsistent part… Continue reading How to solve the problem of communication delay in electric injection molding machine?