1. HK270 Aluminum Window Screen Weaving Loom High-Precision 2700MM

Introduction
The HK270 is a custom-engineered, high-precision weaving loom specifically designed for the high-volume production of fine aluminum window screens. Built with a fully digital programmable control system, it masterfully handles ultra-fine wires from 0.06 mm to 0.3 mm, producing mesh counts from 10 to 300 Mesh. Its optimized design features a lower profile and an external web-winding system, ensuring superior stability and exceptional mesh uniformity for the most demanding window screen applications.

Overview
This model is a specialized, high-performance machine dedicated to the aluminum window screen industry. At its core is an advanced digital control system that utilizes servo motors to precisely manage web winding and warp feeding, enabling fully automatic tension regulation. Designed for a maximum speed of 90 rpm, it guarantees efficient and precise production of high-quality window screening.

Key Features & Advantages

• Specialized for Fine Aluminum Screen: Expertly engineered to weave fine aluminum wires (0.06-0.3 mm) into window screens with a wide mesh range (10-300 Mesh).

• Optimized Mechanical Structure: A lowered profile and the removal of one roller shaft enhance machine stability and simplify operation.

• External Web Winding: Facilitates easier and more efficient fabric collection, drastically reducing auxiliary operation time.

• Superior Precision Weaving: Advanced digital tension control ensures excellent mesh uniformity and stability, critical for high-grade window screens.

• User-Friendly Digital Operation: Mesh count and tension are digitally set and stored via a programmable interface, ensuring simple operation and perfect repeatability.

• High Efficiency: With an operational speed of up to 85 rpm (90 rpm max), it significantly boosts production output.

Applications

• Primary: High-volume manufacturing of aluminum insect window screens.

• Secondary: Production of fine mesh for other filtration and separation purposes.