WINTEC starts the global roll-out of the e-win and introduces technical enhancements in two-platen series

At the beginning of April, WNTEC, member of the ENGEL group, starts the global roll-out of the all-electric e-win injection moulding machines outside Asia. At the same time, the brand presents a revised and streamlined portfolio of its two-platen injection moulding machine of t-win. With this, WINTEC adapts its portfolio to changing market requirements and provides injection moulding processors worldwide with a clearly structured basis of cost-efficient and technologically suitable production solutions.

WINTEC e-win: all-electric standard solutions now starting globally 

With the global roll-out of the all-electric e-win series, WINTEC expands the worldwide availability of this standardised series for energy-efficient injection moulding production outside Asia. The machines cover clamping forces from 1000 to 5000 kN and are designed for standardised production solutions with high cost efficiency.

随着全电动 e-win 系列面向全球发布，WINTEC将这一标准化机型的市场覆盖从亚洲拓展至全球，为节能型注塑生产提供更广泛的选择。该系列锁模力范围为 1,000 kN 至 5,000 kN，专为高性价比的标准化生产方案而设计。

Image 1: The all-electric WINTEC e-win injection moulding machines stand for precise, energy-efficient injection moulding production. Processors benefit from stable processes, high component quality and low unit costs.

The all-electric drive technology provides precise and dynamic control of all main movements. This leads to high repeatability of all movements and ensures high reproducibility as well as stable shot weights. For processors, this means consistent component quality even during long machine running times and within narrow process windows.

Energy consumption decreases, as energy is only required during the actual movements. This allows energy costs to be significantly reduced compared to hydraulic machines. At the same time, the use of hydraulic oil is eliminated, which reduces maintenance effort and downtime and keeps the production environment clean.

Process control is supported by the digital assistance systems iQ clamp control, iQ hold control and iQ weight control. iQ clamp control automatically adjusts the clamping force to the actual requirement and thereby reduces energy consumption and mould stress. iQ hold control optimises the holding pressure time and contributes to reducing material usage and cycle times. iQ weight control plus detects fluctuations in material viscosity and compensates for them within the same shot. This increases process stability and reduces scrap, particularly when processing recyclates.

The e-win is thus designed for applications in which high output, stable processes and low unit costs with high cost efficiency are the primary focus.

WINTEC t-win: increased injection performance for higher productivity

The WINTEC t-win two-platen injection moulding machines have also been further developed as part of the portfolio revision and are now globally available with clamping forces from 4500 to 40000 kN.

Image 2: The WINTEC t-win two-platen injection moulding machines offer high injection performance for large-volume components. This shortens filling times, increases productivity and ensures cost-efficient series processes.

The new injection units have up to 38% higher injection performance. This shortens filling times and expands the range of applications, particularly for large-volume or demanding components.

In addition, iQ weight control plus supports process control by automatically compensating for fluctuations in material viscosity. This increases consistency in series production and reduces scrap.

The t-win is consistently designed as a cost-efficient and robust two-platen machine for standard-oriented processes. It combines a standardised machine concept with reliable technology and offers high availability. With around 2000 installed machines, the series has established itself worldwide.

Broad portfolio for different production strategies

With the global roll-out of the all-electric e-win as well as the restructuring of the t-win series, WINTEC provides a clearly structured overall portfolio that covers different requirements in plastics processing. Injection moulding processors benefit from a clear machine selection, faster project execution and higher cost efficiency.