Innovative Patented Technology for Efficient, Stable, and Sustainable Dyeing

The LA-653 Laboratory Multi-Batch Dyer is specifically designed to address the challenges faced in traditional laboratory dyeing methods. Conventional sample dyeing often struggles with uneven coloration, poor color reproducibility, and low operational efficiency. To overcome these issues, LA-653 introduces advanced technologies and innovative design, significantly improving first-pass success rates and fabric dyeing uniformity.

Within Logic Art 's Dye House Smart Integration Expert , the LA-653 dyeing machine plays a crucial role as a core equipment in one of the three major product lines (laboratory equipment, measurement systems, and controllers). It is deeply integrated with central monitoring systems, computer color matching systems, and dosing machines, collectively driving the development of unmanned laboratory dyeing strategies. This integration not only enhances overall operational efficiency but also substantially strengthens the company's core competitiveness.

Key Innovative Features of the LA-653 Dyeing Machine:

1. Patented Variable Swing Angle Independent Temperature Control: Equipped with the latest patented technology and a fully automated servo motor control system, it can flexibly adjust front-back, up-down, and left-right swing angles, ensuring excellent dyeing uniformity even in ultra-low liquor ratio environments. This technology enhances color consistency and reduces color variations. The patent covers two regions: Taiwan and China.

• (1) Taiwan: Invention Patent I783261 for Variable Swing Angle Independent Temperature Control Sample Dyeing Machine
• (2) China: ZL 2020 1 0835710.1 Variable Swing Angle Independent Temperature Control Sample Dyeing Machine

2. Ultra-Low Liquor Ratio Technology: Revolutionizing the traditional 1:18 liquor ratio, the LA-653 achieves efficient dyeing with just a 1:5 ratio, dramatically reducing water consumption. Applicable to various fibers and fabrics, it offers greater flexibility and possibilities while significantly lowering dyeing costs and environmental impact.

3. Enhanced First-Time Color Matching Success Rate: Provides customers with rapid laboratory color reproduction solutions, dramatically improving first-time success rates in large-scale production. This technology lays the groundwork for future unmanned and automated night operations, making the dyeing process more intelligent and efficient.

4. Diverse Dyeing Cup Options: Offers 300cc and 500cc dyeing cups to accommodate different fabric widths and dyeing requirements, increasing equipment flexibility and adaptability.

5. Multi-Task Parallel Dyeing Capability: Ability to simultaneously conduct 18 independent dyeing processes on a single machine, 3-4 times more efficient than traditional dyeing machines. This enhances production flexibility and allows users to adjust dyeing plans while ensuring consistent quality.

6. Independent Temperature Control with Environmental Considerations: Single-cup independent temperature control, with maximum temperature reaching 140 degrees, suitable for 5-20g fiber samples or fabrics. Unlike traditional designs that activate all heating elements, this system selectively uses heating elements, includes protective switches, and embodies energy-saving principles.

7. User-Friendly Interface with Seamless Data Transfer: Utilizes high-end industrial computers with PLC control, featuring an intuitive interface and an efficient database for unlimited dyeing process settings. Enables real-time and historical record tracking, with easy data transfer between new and old machines.

8. Multi-Functional and Energy-Saving Advantages: Designed for laboratory equipment and small-scale sampling, it can complete small-scale sampling in the laboratory, saving water and steam typically required for full-scale dyeing machines.

9. Environmental Design and Electrical Optimization:

(1) Fully considers energy-saving and environmental factors, complying with EU RoHS standards, minimizing environmental impact across production, manufacturing, and transportation.

(2) Built-in DC reactors and filters to reduce power harmonics and electromagnetic interference, meeting EU CE regulations.

(3) Electrical lines meet European and Nordic certifications and EU REACH/RoHS directives. Redesigned to reduce total cable length by serial connection and optimize cable routing to extend cable life.