U800-2900TSDK

1. Compact, Space-Saving Structure and Flexible Machine Layout
The modern design of our two-platen machines features a two-platen clamping unit and a highly compact injection unit, resulting in minimal external dimensions, a very small footprint, and significant savings on valuable floor space. From basic requirements to turnkey solutions, personalized customization can be met through a wide range of optional packages.

2. Energy-Efficient Production of Large Components
With demand-oriented pump power, the motor stops when the machine is idle, consuming no energy. Our high-efficiency servo-hydraulic system ensures high cost-effectiveness when producing large-volume or large-area parts.

3. Enhanced Productivity Through Digital Solutions
Our digital solutions automatically determine the optimal clamping force. Precise clamping force distribution and platen parallelism adjustment ensure higher process stability and reduced mold wear. Mold venting is consistently maintained within the normal range, significantly lowering the defect rate.

4. Modular Injection Unit Reduces Downtime
Our proven solutions improve production efficiency: changing the injection cylinder requires no special tools and is quick and easy. Combined with a modular nozzle design, this minimizes downtime.

5. Short Cycle Times and Dry Run Times
Customized plasticizing and injection units, integrated with a rapid clamping mechanism, enhance machine performance. This leads to higher output, shorter cycle times, and up to 25% improvement in injection and plasticizing performance.

6. Scientific Design for Higher Efficiency
Extended tie-bar spacing allows for larger output volumes. The ergonomically designed ejection area and ejection plate reduce startup time and accelerate machine setup and mold changeover. Core pulling, hot runner, water, and electrical interfaces located near the mold enable quicker and easier tool setup. A tighter size gradation and a wider range of large-platen models allow you to invest precisely in the machine size you need.