Calling robotics startups: Apply now to be part of the 2026 Robotics Startup Radar

therobotreport.com Sep 4, 2026

Calling robotics startups: Apply now to be part of the 2026 Robotics Startup Radar

Curated by Shubham · TechCapsules · Sep 4, 2026

AI-summarised brief · reviewed before publication

The Robot Report has reopened submissions for its 2026 Robotics Startup Radar, inviting companies founded within the last five years to showcase novel full systems, enabling technologies, or business models. Startups of any industry focus are eligible, with entries due by Tuesday, Oct. 6, 2026. The editorial team will review submissions, though inclusion is not guaranteed. Last year’s list featured 100 startups across autonomous mobility, humanoid design, industrial automation, and more. The Radar, sponsored by Maxon Precision Motors and PTC, offers visibility to investors, engineers, and peers.

💡 Why It Matters

· The Radar spotlights emerging robotics innovators, accelerating their exposure to capital and collaboration opportunities that can shape the sector’s next wave of breakthroughs.

Read full article on therobotreport.com

FM Robots Strengthens Facility Efficiency with Advanced Autonomous Cleaning Robot Solutions

FM Robots, the service robotics division of Mobilise App Lab Limited and India’s authorized partner for KEENON Robotics, has announced the full commercial availability of its autonomous floor cleaning robot portfolio for Indian enterprises. Launched in September 2026 from Faridabad, the range includes four distinct models tailored to varying facility sizes: the KEENON C20 for compact spaces, the C30 for premium dry-clean environments, the C40 as a versatile daily cleaning unit, and the C55 for large-scale industrial coverage. All units utilize KEENON’s AI navigation platform and integrate with a cloud IoT management system for digital scheduling, monitoring, and reporting. This launch addresses critical operational challenges in facility management, including high staff turnover, inconsistent manual cleaning quality, and growing compliance requirements for verifiable hygiene records in healthcare, food service, and hospitality sectors. The robots aim to replace manual labor with consistent, autonomous, and digitally trackable cleaning solutions.

💡 By replacing paper-based checklists with timestamped digital records, these robots solve the verification gap in regulated industries like healthcare and food service. This shift transforms cleaning from an unmonitored labor cost into a measurable, compliant operational asset.

all-about-industries.com · Sep 4

Fully Automated Swing Bending Without Robots

The Schröder Group will showcase a new gantry solution for its MAK 4 Evolution UD swing bending machine at Euroblech 2026. This system enables fully automated, unmanned sheet metal fabrication without using robots. It automates loading, unloading, and workpiece positioning through the Advanced Handling System, featuring a rotatable vacuum plate stop. Optical measurement of blank parts eliminates the need for additional referencing. Users can select various palletizing options via software, while programming occurs directly through the machine control system. Manual operation remains available. Additionally, Schröder presents the Powerbend Industrial UD 3200/6.0, which bends steel sheets up to six millimeters thick from both top and bottom, removing the need to turn workpieces. Its 850-millimeter upper beam stroke accommodates deep parts. The POS 3000 3D graphic control and Radius Step Bending function support demanding industrial processes. Bending programs can be created on a PC during work preparation to reduce non-productive time. The Powerbend Professional motorized swivel-bending machine with an up-and-down bending beam will also be exhibited.

💡 Eliminating robots from automated bending lines reduces capital expenditure and maintenance complexity for manufacturers. This approach democratizes unmanned production by integrating automation directly into the machine’s control system rather than relying on external robotic cells.

securitybrief.co.uk · Sep 4

RAICo tests digital twin robot system for nuclear work

RAICo has developed a Digital Twin in-the-loop system designed to enhance robotic operations during nuclear decommissioning. The technology functions as a mediation layer between human operators and robotic arms, interpreting intent to adjust commands and prevent errors in hazardous environments. Major entities including AWE Nuclear Security Technologies, the UK Atomic Energy Authority, and Nuclear Restoration Services are currently evaluating the system. Developed with simulation specialist TOIA, the software mitigates risks associated with handling radioactive debris and sorting materials. By automating lower-level adjustments, the system reduces the need for specialized training and sustained concentration typically required for six-axis arm operation. This approach aims to expand the pool of qualified decommissioning professionals and accelerate remote handling tasks. The project represents a shift toward intent-based operations, where software generates control instructions based on desired outcomes, potentially increasing safety and efficiency in high-risk nuclear settings.

💡 The technology democratizes access to complex robotic tools by lowering the skill barrier for nuclear decommissioning tasks. This shift allows facilities to deploy a broader workforce for hazardous waste sorting, directly addressing labor shortages and accelerating cleanup timelines in high-risk environments.

emirates247.com · Sep 4

Tech pilgrims flock to China as global innovation race heats up

A surge of foreign investors, entrepreneurs, and executives are traveling to China to witness its rapid technological advancements, paying up to $15,000 for exclusive tours of robotics, AI, and electric‑vehicle factories. The visits, organized by firms such as Baiguan and Glopen, showcase humanoid robots like Agibot’s RAISE A1, AI models that challenge global competitors, and massive EV production lines. The trend reflects growing concerns of a “China shock 2.0,” as Western companies fear Chinese firms may seize the lead in advanced manufacturing and cutting‑edge tech. The industrial‑tour industry generated $17.8 billion last year and is projected to exceed 300 billion yuan by 2029.

💡 The influx of high‑profile foreign visitors signals a strategic shift, as global firms seek to benchmark China’s production scale and technological depth before recalibrating their own innovation roadmaps.

scmp.com · Sep 4

China’s robot revolution may not arrive in the way you expect

At the World Robot Conference in Beijing, Chinese firms showcased advanced humanoids that sorted parcels, packed phones, and performed household chores, while Unitree Robotics debuted on the Shanghai stock market, closing its first day at more than five times its offer price. The event highlighted two strategic paths in China’s robotics boom: one focused on enhancing physical capabilities and the other on embedding adaptable intelligence across diverse platforms. Unitree’s founder, Wang Xingxing, acknowledged that breakthroughs in handling unfamiliar environments may take two to ten years, underscoring the technical challenges ahead. The demonstrations illustrate China’s rapid progress in robotics engineering and its ambition to export versatile, intelligent machines.

💡 The conference signals China’s shift from showcasing spectacle to addressing real-world deployment challenges, positioning its robotics industry to compete globally in both hardware and software domains.

channelnewsasia.com · Sep 4

Commentary: China’s real robot revolution is not about humanoids

China’s robot industry is pivoting from flashy humanoid prototypes to mass‑produced, supply‑chain‑driven machines that can be deployed at scale. Analysts note that the country’s manufacturing advantage allows it to outpace global rivals by producing affordable, high‑volume industrial robots. The 2026 World Robot Conference in Beijing showcased Unitree Robotics’ humanoid units performing a synchronized dance, highlighting the country’s technical progress while underscoring its focus on scalable production rather than niche humanoid displays. The shift signals a strategic realignment toward cost‑effective, high‑output robotics solutions.

💡 By prioritizing mass production, China is redefining the competitive landscape, forcing established players to rethink cost structures and supply‑chain strategies.