No Data
Beijing Beetech Inc. (300667.SZ): Fiber Bragg grating Sensors are currently mainly used for structural monitoring, including Ships, bridges, pipelines, and large buildings.
On January 6, Gelonghui reported that Beijing Beetech Inc. (300667.SZ) stated on the investor interactive platform that the company's optical fiber grating strain Sensors are currently primarily used for structural monitoring, including Ships, bridges, pipelines, and large buildings.
Beijing Beetech Inc. (300667.SZ): Termination of intent for Private Equity investment in Changshiwaina.
On January 3, Gelonghui reported that Beijing Beetech Inc. (300667.SZ) announced that it plans to gradually acquire control of Peking Chuangshi Weina Technology Co., Ltd. (referred to as 'Chuangshi Weina' or 'symbol company') through capital increase, issuing shares, and cash purchase of Assets. As of the date of the announcement, all parties involved in the Trade have actively conducted various due diligence activities in accordance with the relevant provisions of the 'Letter of Intent.' Based on the preliminary due diligence results, the company recognizes Chuangshi Weina's technical capabilities and operational achievements, and discussions regarding the arrangements for this Trade have been conducted; however, the parties have not reached an agreement on the terms of the Trade.
Beijing Beetech Inc. (300667.SZ): In the field of quantum scientific experiments, the company's related products are mainly used for building instruments and measurement systems for quantum scientific experiments.
On December 12, Gelonghui reported that Beijing Beetech Inc. (300667.SZ) stated on the investor interaction platform that their related products in quantum science experiments are mainly used for building instruments and measurement systems for quantum science experiments, which mainly include: optical adjustment frames for optical path construction, precision displacement platforms, optical isolation platforms, and related products such as spectrometers and detectors for signal detection, as well as ODMR and anti-focus measurement systems for NV center measurement. Currently, the scale of orders is relatively small; investors are advised to pay attention to investment risks.
beijing beetech inc. (300667.SZ): The HXP series six-axis parallel robot system can be used for high-precision six-degree-of-freedom adjustment.
On December 4, Gelonghui reported that beijing beetech inc. (300667.SZ) announced on the investor interaction platform that the company obtained the design patent for the HXP series six-axis parallel robot (Patent No: ZL 2024 3 0131303.1) on December 3, 2024. The HXP series six-axis parallel robot system can be used for high-precision six-degree-of-freedom adjustments, particularly suitable for scenarios such as spatial precision alignment, micro-device processing and assembly, optical communication device adjustment, and chip inspection.
beijing beetech inc. (300667.SZ): Some products can be used for spectroscopic diagnosis of high-temperature plasma in the field of nuclear fusion.
Grain 2020, beijing beetech inc. (300667.SZ) stated on the investor interaction platform that some of the company's products can provide spectroscopic diagnosis for high-temperature plasma in the field of nuclear fusion, mainly including various spectrometers, spectrographs, streak cameras, as well as ICCD/ICMOS, precision optical engines and other core modules and components.
beijing beetech inc. (300667.SZ): asia vets sensors mainly provide intelligent monitoring and detection analysis for industrial and scientific research customers.
Geelonghui November 6th | Beijing Beetech Inc. (300667.SZ) stated on the investor interaction platform that the asia vets sensors mainly provide intelligent monitoring and detection analysis for industrial and scientific research customers. Robots, especially humanoid robots, are a relatively emerging field. The company has not yet directly entered this field, but will actively focus on the development trends and opportunities in the field of robots in the future.
