Date: December 20, 2023

Company Name: C.C.P. Contact Probes Co., LTD. (6217)

Subject: C.C.P. Contact Probes Co., LTD. Invited to Attend Corporate Presentation Hosted by Guo Piao Comprehensive Securities

Speaker: Tom Chuang

Explanation:

In accordance with Article 4, Section XX of the relevant provisions: 12

Date of the Event: 112/12/21

1.Date of Corporate Presentation: 112/12/21

2.Time of Corporate Presentation: 14:00

Our goal is to work with our suppliers and employees toward a circular economy, and we have established the ESG Net-Zero project team to address issues related to the environment, society, and corporate governance.

By prioritizing these issues, we are taking concrete steps toward a more sustainable future. Our first step in this journey is to list the carbon footprint associated with our office and factory operations, including direct and indirect emissions. We are committed to acting moving forward to further reduce our environmental impact and create a more sustainable future.

We are attending 2023 Autotech & Accessories Vietnam at Saigon Exhibition and Convention Center, booth M201 - 202!

Autotech & Accessories was established in 2006, it’s one of the most anticipated events in Vietnam, not only exhibiting new energy vehicles and electric bikes popular on the market, also product categories and services that cater to the automotive and motorcycle markets.

Do you know what a rigid-flex board is? This article will guide you to understand what a rigid-flex board is, its potential applications, and the key features of using a rigid-flex board!

CCP will introduce its full portfolio of pogo pin connectors and testing products.
As well as the E-Scooter, E-Bike, and EV charging connector of the New Energy application.

Additionally, we will present our newest application on the pogo pin connector field, including waterproof connectors and high-frequency connectors, and medical connectors with waterproof design (up to IP57).

You could take a glance at our website and then come and visit us in Hall A2 Booth 470 !

CCP Contact Probes is now ISO 13485:2016 certified!
(ISO 13485 Medical devices quality management systems standards)

We are happy to announce that CCP Contact Probes is now fully ISO 13485:2016 certified. Even though we have always employed the highest standards on our products we had yet to testify these standards by an independent reviewer.

We are proud to announce a new lineup of e-bike charging connectors. After successfully revolutionizing the connector market for e-scooters, it is time to move on and bring our knowledge to another growth market: E-Bikes.

E-bikes have become a vastly successful alternative to classic bikes. Individual mobility for young and old has never been as important as today. E-bikes have become a symbol of urban life-style as well as a popular option in aging societies across the world to stay fit and active.

CCP's new website is featuring a shop system that allows our customers to browse our product portfolio. The shop offers a wide selection of pogo pins/ spring loaded connectors, test probes as well as specialized magnetic and high current connectors.

In our application page, our engineers will regularly post useful articles, that will help you to get a deeper understanding of the world of connectors. Take a look and leave us feedback!

Today's information technology industry is heavily depending on technologies and know how from Japan. Its reputation for excellent quality and immaculate engineering and design makes the country a world leader in the electronics industry. CCP Contact Probes is committed to supporting Japanese companies in their aspirations for ever-smarter designs and technological progress.

Our sales and engineering support office in the heart of Tokyo will help you to develop your new products.

Get in touch with our local Japanese speaking Team:

株式会社シー・シー・ピー・ジャパン

Small, Smaller, CCP Contact Probes

Our new ultra fine contact probes for pitches of 0.2-0.12mm set a new bar in the industry

A special production process and new materials including a new inner structural design have helped us to reach these levels of miniaturization.  The probe can sustain a current of up to 500 mAmp and at least 500.000 touch downs.