SINGAPORE, Oct. 22, 2025 (GLOBE NEWSWIRE) -- Primech Holdings Ltd. (Nasdaq: PMEC) (“Primech” or the “Company”), a leader in AI-powered hygienic robotics, announced its participation in the Aramark Facilities Innovation Forum in Warren, Michigan. Primech was invited to join a select group of companies presenting technologies chosen for their ability to drive measurable improvements in facility operations. The forum convened Aramark’s senior executives, operational leaders, and decision-makers from across mul ...

SINGAPORE, Oct. 22, 2025 (GLOBE NEWSWIRE) -- Primech Holdings Ltd. (Nasdaq: PMEC) (“Primech” or the “Company”), a leader in AI-powered hygienic robotics, announced its participation in the Aramark Facilities Innovation Forum in Warren, Michigan. Primech was invited to join a select group of companies presenting technologies chosen for their ability to drive measurable improvements in facility operations. The forum convened Aramark’s senior executives, operational leaders, and decision-makers from across mul ...

据IT桔子数据，国内机器人赛道融资事件在今年呈现加速增长的态势，2025年Q3共有243笔投资事件，同比增102%；估算总融资额为198.13亿元，同比增 长了172%。 具体到各个拿钱的机器人公司，有26家机器人创业公司在Q3获得了数亿元以上的融资，这些公司总计拿走了整个赛道一级市场融资总额的63%。 以前20家为例，有一个更加惊人数据发现是——有15家机器人公司最近多多少少都拿了国资的钱，占比达到了75%； 仅有1/4的机器人公司在最新的投资方名单中没有出现国资机构。 举些例子： 不难看出，各地方国资都在重金布局机器人。 一个是给钱支持本地的机器人产业，以创新的初创企业为主；另外一个则是投资外地已经具有一定规模的机器人公司，吸引其到当地落地，也是股权投资 换招商引资的方式。 接下来看看，按照Q3融资额排序，融资最多的前20家机器人公司都是谁呢？ 雄安基金投资了独角兽企业"梅卡曼德机器人"； 合肥滨湖金投投了众擎机器人和零次方机器人； 北京国管投资了松延动力Noetix和云深处科技； 苏州基金投资了一星机器人…… | | | | 2025 年 Q3 融资最多的国内机器人创业公司榜 TOP20 | | | | ...

作者 | 吴梅梅 来 源 | IT桔子 图 片 | 豆包AI生成 据IT桔子数据，国内机器人赛道融资事件在今年呈现加速增长的态势，2025年Q3共有243笔投资事件，同比增102%；估算总融资额为198.13亿元，同比增 长了172%。 具体到各个拿钱的机器人公司，有26家机器人创业公司在Q3获得了数亿元以上的融资，这些公司总计拿走了整个赛道一级市场融资总额的63%。 以前20家为例，有一个更加惊人数据发现是——有15家机器人公司最近多多少少都拿了国资的钱，占比达到了75%； 仅有1/4的机器人公司在最新的投资方名单中没有出现国资机构。 举些例子： 雄安基金投资了独角兽企业"梅卡曼德机器人"； 合肥滨湖金投投了众擎机器人和零次方机器人； 北京国管投资了松延动力Noetix和云深处科技； 苏州基金投资了一星机器人…… 不难看出，各地方国资都在重金布局机器人。 国资投资布局这些机器人公司无外乎有两个原因： 一个是给钱支持本地的机器人产业，以创新的初创企业为主；另外一个则是投资外地已经具有一定规模的机器人公司，吸引其到当地落地，也是股权投资 换招商引资的方式。 接下来看看，按照Q3融资额排序，融资最多的前20家机器 ...

Core Viewpoint - Leju Robotics, a leading player in humanoid robotics, has completed nearly 1.5 billion yuan in Pre-IPO financing, aiming to enhance technology development and expand its industrial applications [1][4]. Company Overview - Founded in 2016, Leju Robotics is among the earliest companies in China to focus on humanoid robots, with a core team from Harbin Institute of Technology [4]. - The company has launched several humanoid robot products, including Kuavo, Aelos, and Roban, which are utilized in industrial manufacturing, commercial services, and educational research [4]. Financing Details - The recent financing round attracted numerous investors, including Shenzhen Investment Control Capital and Dongfang Precision [1]. - Following the announcement, shares of associated companies like Dongfang Precision and Top Group saw increases of 2.18% and 1.54%, respectively [1]. Technology Development - Leju plans to explore the integration of Model-Based and Reinforcement Learning algorithms for its "small brain" control system and develop a "big brain" model that meets industry needs [5]. - The company aims to enhance its core technology and achieve large-scale production of humanoid robots [4]. Industrial Chain and Collaborations - Leju has invested in several upstream and downstream companies, including those specializing in integrated joints and motors [6]. - The company collaborates with notable firms such as Huawei and Tencent to explore extensive industrial applications [6]. Market Position and Future Plans - Leju has transitioned to a joint-stock company and is advancing its IPO plans, competing with Yushu Technology for market entry [7]. - The company is recognized as an important partner in Huawei's ecosystem, having launched the first humanoid robot based on Huawei's HarmonyOS [6].

Leju Robotics raised more than $200 million in fresh funding ahead of a planned listing, demonstrating sustained investor interest in China’s emerging humanoid robot sector https://t.co/X1VnaYmIu3 ...

Core Viewpoint - The article highlights the launch of the Bumi robot by Songyan Power, marking a significant step in making humanoid robots accessible to consumers with a price point of 9998 yuan, which is lower than many high-end smartphones, thus entering the consumer-grade market for the first time [4][5][39]. Product Overview - The Bumi robot features 21 degrees of freedom (DOF), allowing for advanced movement capabilities, including walking, dancing, and interacting with users [20][36]. - Weighing only 12 kg and standing at 94 cm, Bumi is designed to be lightweight and safe for children, making it suitable for educational and entertainment purposes [16][17][34]. - The robot is equipped with a 48V battery system, providing a runtime of 1 to 2 hours, which is adequate for short-term applications [32][33]. Company Background - Songyan Power has rapidly gained attention in the humanoid robot industry, completing six rounds of financing within two years and becoming a key player in the market [7][39]. - The company first gained public recognition during the Beijing Yizhuang Half Marathon, where its N2 robot independently completed the race, showcasing its capabilities [8][9]. Technological Innovation - The company utilizes self-developed servo motors and advanced motion control algorithms to ensure precise and stable movements of the robots [41]. - Songyan Power has made significant advancements in deep reinforcement learning, allowing robots to learn and adapt through trial and error, enhancing their performance in complex tasks [43][45]. Market Strategy - The company focuses on smaller humanoid robots, which are more affordable and versatile compared to full-sized models, catering to various applications in education, entertainment, and exhibitions [40][46]. - The successful integration of domestic supply chains has enabled the company to reduce costs and enhance production capabilities, contributing to the competitive pricing of the Bumi robot [47][48].

高尔夫拾球机器人市场概述 高尔夫拾球机器人是一种专门设计用于高尔夫球场的自动化设备，用于自动收集散落在球场上的高尔夫球。其核心功能是通过传感器、视觉 系统、运动控制等技术，实现高尔夫球的识别、定位、抓取和存储，从而替代人工完成重复性、高强度的捡球任务。这类机器人可以提升捡 球效率，减少人工成本，并改善球场运营的流畅性。 据 QYResearch 调研团队最新报告"全球高尔夫拾球机器人市场报告 2025-2031 "显示，预计 2031 年全球高尔夫拾球机器人市场规模将达到 1.7 亿美元，未来几年年复合增长率 CAGR 为 11.6% 。 高尔夫拾球机器人，全球市场总体规模 全球高尔夫拾球机器人市场前 6 强生产商排名及市场占有率 全球高尔夫拾球机器人市场前 6 强生产商排名及市场份额 | 排名 | 企业 | | 份额（ 2 024 ） | | --- | --- | --- | --- | | 1 | Korechi | 25% | | | 2 | Range Servant | 22% | | | 3 | Wayrobo | 18% | | | 4 | Relox Robotics | 12% | | | ...

机器人大讲堂获悉， 国 产高端伺服驱动技术领 军企业"苏州西恩科技有限公司"（以下简称"西恩科技"）近日官宣连续完成Pre-A轮与Pre-A+轮合计数亿元融资。 Pre-A轮融资由钟鼎资本领投，老股东经纬创投、建发新兴投资跟投；Pre-A+轮融资由国投招商领投，洪泰基金、中鑫致道资本等投资机构及上市公司绿的谐波、 景业智能（旗下产业基金正景资本）跟投，老股东经纬创投持续加码。以上融资将重点投向公司高端产品的持续研发、量产能力建设及市场拓展，深化机器人产业 链布局，助力中国智能机器人核心部件领域掌握全球话语权。 ▍哈工大技术团队支撑，构建"芯片+算法"全栈自研能力 据机器人大讲堂了解，西恩科技成立于2021年，是一家专注于 高端伺服驱动技术创新研发 的专精特新型高科技企业， 致力于在四足机器狗、人形机器人、航空航 天、半导体装备、工业自动化等不同领域，为各类客户提供高效率、高精度和高可靠的解决方案。 在核心团队方面，西恩科技依托哈尔滨工业大学技术团队，不仅构建"芯片+算法"全栈自研能力，更将产品性能达到国际一线水平。 围绕核心技术，其亮点具体体现在三方面： 依托这些技术优势，西恩科技在机器人关节驱动、航空航天、 ...

Group 1 - The core viewpoint of the news highlights the performance of the Robot ETF (562500), which rose by 0.40%, outperforming both the Shanghai Composite Index (-0.08%) and the China Securities Robot Index (+0.29) [1] - The trading volume of the ETF reached 9.12 billion shares with a turnover of 9.23 billion yuan, indicating active trading [1] - In the component stocks, 39 out of 73 stocks rose while 34 fell, showing a clear divergence in the sector [1] Group 2 - The 138th Canton Fair showcased a number of robot enterprises from Guangzhou, with a cumulative intended transaction amount exceeding 10 million USD as of October 19 [1] - Six companies from Guangzhou were selected for the service robot exhibition area, covering various fields such as companion interaction, aerial work, commercial cleaning, and special operations [1] - CITIC Securities expressed optimism about the robotics sector, particularly highlighting the launch of the Spirit G2 by Zhiyuan Robotics and Junpu Intelligent, along with a significant procurement contract with Junsheng Electronics [2]