Project

Optimize the grinding and inspection process for automotive components with an advanced automation solution. The semi-automatic grinding system, integrated with robots and sensors, ensures a 15-second cycle per product while performing quality checks before grinding. Results: increased productivity, reduced product defects, enhanced quality, and improved market competitiveness.

The automated bottle filling solution in the pharmaceutical industry boosts productivity, ensures quality, and complies with industry safety standards. The system is designed to achieve a filling rate of 6000 bottles per hour, strictly adhering to JIS standards, and integrates seamlessly into the existing production line. As a result, productivity increased significantly without compromising product quality, further strengthening the company’s reputation for performance and reliability.

The automated Bobbin transport solution in the electronics industry is designed to enhance efficiency and ensure safety in the production process of Fabric Core products. With the requirement to transport Bobbins weighing up to 50kg, containing flexible circuits into the drying oven, optimizing this transport process is a top priority to minimize risks and improve […]

IDEA Group implemented the automated temperature control solution for 300°C in the thermal insulation product manufacturing process. The system helps maintain product quality, check for heat leakage, and optimize production efficiency with a cycle time of 6 seconds per product. This solution delivers outstanding results, minimizing human intervention and improving accuracy in the production process.

A company specializing in manufacturing motor products in the electronics industry faced challenges in assembling components into final products. The requirement was to create a motor assembly line with a cycle time of just 4 seconds per product, making it crucial to ensure high performance and quality at every step of the process.

Automatic cotton swab box packaging presents significant challenges. The complexity of the system requires precise control to ensure accurate positioning, inspection, and packaging, demanding advanced techniques and high-performance software for optimal efficiency and quality.

3D printing carbon fiber bicycle frames faces numerous significant challenges. Firstly, the high technical complexity of carbon fiber requires precise fiber orientation to optimize strength, demanding advanced technology and accurate control software.