東京エレクトロン デバイス Product Lineup

"Mebakari-kun" is a system that assists in the counting of parts during the inbound process at parts warehouses, during parts issuance, and during inventory checks of stock parts, using image processing. In traditional counting tasks, it was difficult to count parts with issues related to their individual weights (lightweight, variability) using electronic scales. "Mebakari-kun" has achieved efficiency in these counting tasks through image processing technology. Workers simply need to "spread out" the parts according to the instructions on the monitor, freeing them from the tedious and meticulous counting tasks.

• Counting Machine

TriMath is a robotic system that performs picking and depalletizing of irregularly shaped objects. It can pick and depalletize a wide variety of loosely stacked boxes and powder bags without the need for a master (pattern registration). We provide a system that integrates optical units, vision units, robot units, and hand units. Do you have concerns such as "harsh labor and dangerous tasks," "a wide variety of objects that are not of a fixed shape," or "the burden of pre-registering the shapes and sizes of objects"?

• Image Processing Software
• Transport and handling robots

In manufacturing sites, the utilization of equipment data is advancing for productivity improvement, quality enhancement, and equipment maintenance. However, these initiatives require not only knowledge and skills in manufacturing but also new knowledge and technologies such as IT and data science, resulting in more time and costs than anticipated. The time series data automatic analysis machine "CX-M" is designed to automate the analysis of time series data for abnormal detection and failure prediction, aimed at predictive maintenance and quality improvement for our customers (manufacturers). It automates the analysis tasks (data preprocessing, feature extraction, and creation of inference models (AI) through machine learning) and program development tasks that were traditionally performed by data analysis experts (data scientists), enabling users without data analysis knowledge to quickly perform advanced data analysis utilizing machine learning.

• Analytical Equipment and Devices

The realization of services utilizing IoT involves three steps: "idea generation," "materialization," and "business development." We provide information, assessment, development support, and products tailored to our customers' challenges at each step, supporting the realization of services through technology.

• others

Equipped with a thin film unevenness detection algorithm, the world's most sensitive light sensor. Macro optical inspection is a technology that illuminates an object and detects defects or understands its shape from the reflected light information. Compared to traditional visual inspections or microscopic inspections, it provides high-precision inspection results in a short time, significantly improving manufacturing quality and inspection accuracy in processes like film formation for liquid crystal panels, achieving industry-leading sensitivity. Collaborative partner: Sumix Corporation, an expert in macro optics with four related patents. Jointly developed the thin film unevenness detection algorithm with our company.

• Defect Inspection Equipment
• Visual Inspection Equipment