12th Cosmetics Development Exhibition (January 12-14, 2022)

Equipped with 5 modes. Suitable blood flow imaging can be performed according to the purpose. Digital 1.3 million pixels. Magnification from 130 to 510 times without changing the lens. Connection is just one USB cable.

●World-class blood flow visualization ●Easy to operate, compact and made in Japan The 'TOKU Capillaro' is a blood flow scope equipped with five purpose-specific modes (fingertip blood flow 1, 2; skin blood flow; scalp blood flow; natural color) developed from researchers' needs, allowing for measurement and zoom capabilities. It enables blood flow observation without blood sampling, providing peace of mind, and allows for positional adjustments in the XYZ directions. There is no need to move your hands, and the anti-shake function enhances analysis accuracy. Additionally, compared to conventional devices, it has over twice the pixel count and allows for a maximum zoom of 510x, further improving analysis accuracy. The main unit weighs only 110g, making it slimmer and more compact, and it can be operated handheld for observation of all areas. 【Features】 ■ Safe check without blood sampling ■ No lens change, 130x to 510x ■ New dedicated stand with XYZ movement ■ Connection requires only one USB cable ■ Digital 1.3 million pixels ■ Equipped with five mode functions ■ Measurement functions for distance and angle included ■ Micrometer display switchable ■ Simultaneous video comparison on two screens *For more details, please refer to the PDF document or feel free to contact us.

• Microscope

Backing clinical trials related to capillary blood flow! We handle imaging, analysis, and evaluation.

In recent years, there has been a growing demand from users for evidence of blood flow improvement effects. Would you like to evaluate the blood flow of your products using the blood flow scope "TOKU Capillaro" and the vascular blood flow image analysis software "Capimetrics," which have been used in blood flow imaging and evaluation by many media outlets, including NHK and TV Tokyo? While laser Doppler devices and others are used for blood flow evaluation, we often hear that significant differences are difficult to obtain. Laser Doppler devices measure blood flow in a 1mm square area, but capillaries can measure blood flow speeds of 7/1000mm, allowing for significant differences to be displayed prominently. We accept consultations for various capillary blood flow analysis evaluations tailored to situations such as fingertips (nail bed), scalp, skin, and animals. We look forward to your contact. 【Features】 ■ Supports clinical trials related to capillary blood flow ■ Offers imaging, analysis, and evaluation at reasonable costs ■ Useful for the development of blood flow improvement products ■ Has received numerous requests from clinical trial companies in the past 【Track Record】 ■ Major food, cosmetics, and supplement manufacturers ■ Numerous universities, hospitals, research institutes, medical, beauty, and apparel sectors

• Contract Analysis
• Contract measurement
• Other contract services

It is possible to measure the blood flow velocity and diameter of capillaries! There are numerous papers on the software.

● The analysis software Capimetrics is made in the UK and is customized under a licensing agreement for the European medical device software (for TOKU Capillaro). ● It has an overwhelming track record in blood flow analysis and evaluation at research institutions. 'Capimetrics' is a vascular blood flow image analysis software that can analyze recorded AVI format videos. In Europe, it is a software that has been customized to fit the blood flow scope 'TOKU Capillaro', which is a medical device in conjunction with a scope. It is equipped with an automatic movement correction function that can handle slight blurring, allowing for the measurement of flow velocity using two different principles and the measurement of vascular diameter. In addition to this software, we offer a "research set" that includes the main unit of 'TOKU Capillaro', a dedicated stand, a laptop, attachments, extension cables, and more. 【Features】 ■ Analysis can be performed from recorded AVI format videos. ■ Equipped with an automatic movement correction function that can handle slight blurring. ■ Capable of measuring flow velocity using two different principles. *For more details, please refer to the PDF document or feel free to contact us.

• Analytical Equipment and Devices
• Image analysis software

The particle visualization technology developed under our brand "ViEST" has a very high level of detection sensitivity, capable of visualizing the suspended or adhered states of micro and nano-sized particles in real time. We are engaged in the sale of visualization systems and contract services for evaluation (investigating particles and airflow in production processes, inside and outside manufacturing equipment, evaluating the performance of cleaning products, proposing yield improvement measures, etc.) both domestically and internationally. In manufacturing environments, invisible fine foreign substances, dust generation, particle adhesion due to static electricity, and airflow disturbances can cause quality defects and reduced yield. Our company clarifies these contamination factors through visualization technology and provides consistent support from identifying the source of the problem to considering and confirming improvement measures. Do you have any of the following concerns? - Unable to identify the cause of foreign matter contamination - Want to check airflow and cleanliness in clean rooms - Want to understand dust generation from manufacturing equipment and transport systems - Want to reduce particle adhesion to films and substrates - Want to improve contamination that leads to reduced yield

[Lecturers] KPMG Consulting Co., Ltd. Executive Officer, Partner Kazushige Ikeda KPMG Consulting Co., Ltd. Technology Consulting Senior Consultant Kakeru Ota [Key Lecture Content] In recent years, AI has evolved beyond information processing in digital spaces, such as text generation and image recognition, to become Physical AI that perceives, judges, and acts in the real world by connecting with sensors, robots, vehicles, industrial equipment, and more. Physical AI is increasingly important across a wide range of fields, including manufacturing, as it addresses industrial challenges such as labor shortages, skill transfer, replacement of hazardous work, and productivity improvement. Additionally, foundational models, semiconductors, sensors, actuators, and robotics-related technologies that support Physical AI are becoming increasingly significant from the perspective of economic security, particularly in terms of responding to supply chain risks and securing and managing critical technologies. This lecture will organize the basic concepts and key technologies of Physical AI, discuss its potential applications in manufacturing and industrial sectors, outline practical considerations for implementation and operation, and explain the actions that companies should take moving forward.

[Instructor] Nobuyuki Oonaka, CEO of Bridge Inc., Project Designer [Key Lecture Content] "Why do new businesses often come to a halt?" The cause may not be a lack of ideas or talent. Through supporting over 300 new businesses and business developments, I have learned that what separates success from failure is "the structure of the organization"—specifically, how decisions are made, how dialogue occurs, and how assumptions are shared. In this seminar, based on the book "How to Create Self-Driving New Businesses" (Shoei-sha), we will analyze the "communication problems" that cause new businesses to stop as a structure. The goal is to develop a common language within the organization to identify "where we are stuck and what actions we should take." I will share how to use the "self-driving map" in practical terms.

In this seminar, we will focus on the challenges of sensitivity reduction and separation performance in GC/MS analysis, and introduce the latest technologies and practical know-how that can help solve these issues. This time, we will also have a presentation from LECO Japan, who will discuss the benefits and applications of high-resolution and high-separation analysis with real examples. Additionally, Restek will introduce column technologies effective for improving sensitivity in trace analysis. Restek: We will explain the inert performance of the RMX GC column, which is effective for improving sensitivity in trace analysis, and the column technology that suppresses adsorption loss in low concentration areas, along with actual measurement data. LECO: We will present the latest application examples of comprehensive detection of trace components using high-sensitivity GC-TOFMS and RMX columns, including environmental, aroma, and material analysis. This content is recommended for anyone involved in multi-component analysis using GC/MS, whether for target or non-target analysis, as well as those who are just starting out. We will provide clear explanations suitable for beginners in GC/MS, so please join us.

[Speaker] Hidetaka Ishibashi, Director of IoT Planning Department, KDDI Corporation [Key Lecture Content] Against the backdrop of declining birth rates, an aging population, and labor shortages, the nature of mobility is reaching a significant turning point. KDDI has established a "Mobility Control Center" to integratively support new mobility solutions such as autonomous vehicles, drones, and robots, based on the knowledge and infrastructure cultivated through the operation of connected cars. In this lecture, we will focus on the communication and monitoring functions that are essential for the social implementation of each mobility solution, discussing the challenges and efforts towards their resolution, as well as the future vision that KDDI aims for. [Lecture Items] 1. Efforts and history of connected cars 2. Development and initiatives for new mobility 3. Importance of remote monitoring in a mobility society 4. Challenges in communication and monitoring and efforts towards solutions 5. Future vision of the mobility society that KDDI aims for 6. Q&A