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Making Metal 3D Printing More Accessible
The Studio System introduces a simplified approach to in-house metal 3D printing. Designed for labs and businesses, it uses a two-step process—printing followed by sintering—eliminating the need for loose powders, hazardous chemicals, or lasers, and offering a safer and more practical solution for producing metal parts on-site.
Video source: Desktop Metal
The Studio System introduces a simplified approach to in-house metal 3D printing. Designed for labs and businesses, it uses a two-step process—printing followed by sintering—eliminating the need for loose powders, hazardous chemicals, or lasers, and offering a safer and more practical solution for producing metal parts on-site.
Video source: Desktop Metal
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MagicLab Showcases Full Robot Lineup at 2025 WRC
At the 2025 World Robot Conference (WRC), MagicLab presented its complete range of robotic products, highlighting full-scenario industrial solutions designed to support the future of automation.
Video source: MagicLab (YouTube)
At the 2025 World Robot Conference (WRC), MagicLab presented its complete range of robotic products, highlighting full-scenario industrial solutions designed to support the future of automation.
Video source: MagicLab (YouTube)
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Enhanced Operational Safety with MicroVision’s Lidar Collision Avoidance System (L-CAS™)
MicroVision’s L-CAS™ supports reliable collision avoidance through customizable 3D sensing zones. The system is designed to detect people, objects, and static infrastructure within defined working areas, confirm clear paths, and maintain consistent detection performance across various environments.
MicroVision’s L-CAS™ supports reliable collision avoidance through customizable 3D sensing zones. The system is designed to detect people, objects, and static infrastructure within defined working areas, confirm clear paths, and maintain consistent detection performance across various environments.
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WYBOT S2 Solar: Solar-Powered Robotic Pool Cleaning Solution
The WYBOT S2 Solar is an underwater robotic pool cleaner powered by solar energy. It offers automated, customizable weekly cleaning schedules, providing a convenient and energy-efficient way to maintain pool cleanliness with minimal manual intervention.
The WYBOT S2 Solar is an underwater robotic pool cleaner powered by solar energy. It offers automated, customizable weekly cleaning schedules, providing a convenient and energy-efficient way to maintain pool cleanliness with minimal manual intervention.
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Lincoln City, Oregon Replaces Fireworks with Drone Light Show
On the Fourth of July, Explore Lincoln City introduced a 200-drone light show over Siletz Bay, replacing traditional fireworks. The shift to drone technology reflects a growing interest in environmentally responsible celebrations, reducing risks to wildlife, minimizing fire hazards, and avoiding water pollution—an especially important consideration for coastal communities with sensitive marine ecosystems.
Video source: Sky Elements Drones
On the Fourth of July, Explore Lincoln City introduced a 200-drone light show over Siletz Bay, replacing traditional fireworks. The shift to drone technology reflects a growing interest in environmentally responsible celebrations, reducing risks to wildlife, minimizing fire hazards, and avoiding water pollution—an especially important consideration for coastal communities with sensitive marine ecosystems.
Video source: Sky Elements Drones
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It seems GR-2 has found its next dream—becoming a bodybuilder!
The GR-2 robot is equipped with seven distinct types of FSA actuators, each engineered to meet the specific torque requirements of individual joints. This configuration enables the system to perform complex tasks with improved precision and flexibility, supporting a wide range of motion and application scenarios.
Video source: Fourier
The GR-2 robot is equipped with seven distinct types of FSA actuators, each engineered to meet the specific torque requirements of individual joints. This configuration enables the system to perform complex tasks with improved precision and flexibility, supporting a wide range of motion and application scenarios.
Video source: Fourier
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Enhancing Efficiency and Reducing Waste with the 10Q Robotic Coating System
The 10Q Robotic Coating System from Qlayers offers a safer, more efficient solution for coating industrial assets. By significantly reducing the need for manual labor at height, the system helps improve workplace safety and eliminate the use of scaffolding or ladders. It delivers a high application speed—up to 200 m²/h (2,150 ft²/h)—which shortens asset downtime compared to traditional methods.
Designed for accuracy, the 10Q system minimizes overspray and maintains consistent coating quality even in wind conditions up to 4 BFT. Its automated quality control and real-time data capabilities help reduce human error and ensure uniform application. Additionally, the system's high transfer efficiency—up to 90%—and precise control of layer thickness contribute to paint savings of up to 30%.
Video source: Qlayers
The 10Q Robotic Coating System from Qlayers offers a safer, more efficient solution for coating industrial assets. By significantly reducing the need for manual labor at height, the system helps improve workplace safety and eliminate the use of scaffolding or ladders. It delivers a high application speed—up to 200 m²/h (2,150 ft²/h)—which shortens asset downtime compared to traditional methods.
Designed for accuracy, the 10Q system minimizes overspray and maintains consistent coating quality even in wind conditions up to 4 BFT. Its automated quality control and real-time data capabilities help reduce human error and ensure uniform application. Additionally, the system's high transfer efficiency—up to 90%—and precise control of layer thickness contribute to paint savings of up to 30%.
Video source: Qlayers
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AgiBot X2-N: Adaptive Locomotion with Enhanced Stability
The AgiBot X2-N is a shape-adaptive robot capable of switching between wheeled and legged mobility modes. Designed for versatile terrain navigation, it maintains stability even under impact, supported by an advanced stabilization system.
Video source: 稚晖君 (YouTube) / AgiBot
The AgiBot X2-N is a shape-adaptive robot capable of switching between wheeled and legged mobility modes. Designed for versatile terrain navigation, it maintains stability even under impact, supported by an advanced stabilization system.
Video source: 稚晖君 (YouTube) / AgiBot
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Atlanta VisionNav Demo Room: Wine Barrel Rack Stacking
VisionNav® Robotics specializes in autonomous industrial vehicles (AMRs and AGVs) and logistics automation technologies. Leveraging deep learning, environment perception, and servo control, the company has developed a portfolio of nine product series designed to support a wide range of material handling applications.
VisionNav® Robotics specializes in autonomous industrial vehicles (AMRs and AGVs) and logistics automation technologies. Leveraging deep learning, environment perception, and servo control, the company has developed a portfolio of nine product series designed to support a wide range of material handling applications.
Discover how Sager and Mean Well engineered a powerful 720 kW centralized power architecture to revolutionize horticultural lighting systems. Their case study highlights how centralizing power can simplify installations and elevate plant growth operations - whether you're managing a greenhouse or vertical farm.
Learn more: https://www.wevolver.com/article/building-a-720-kw-centralized-power-solution-for-horticulture-lighting-a-case-study-by-sager-and-mean-well
Learn more: https://www.wevolver.com/article/building-a-720-kw-centralized-power-solution-for-horticulture-lighting-a-case-study-by-sager-and-mean-well
Wevolver
Building a 720 kW Centralized Power Solution for Horticulture Lighting: A Case Study by Sager and MEAN WELL
A centralized 720 kW power system built with MEAN WELL's SHP-10K power supplies and engineered by Sager Electronics delivers high-efficiency, low-maintenance performance for a horticultural facility
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Canada’s quiet challenger: Horizon Aircraft eyes 2026 for full scale Cavorite eVTOL test flights
Following the successful completion of a world-first transition flight, Horizon Aircraft is preparing to conduct full-scale test flights of its hybrid-electric Cavorite eVTOL by 2026, positioning itself as a noteworthy contender in the advanced air mobility sector.
Video source: Horizon Aircraft
Following the successful completion of a world-first transition flight, Horizon Aircraft is preparing to conduct full-scale test flights of its hybrid-electric Cavorite eVTOL by 2026, positioning itself as a noteworthy contender in the advanced air mobility sector.
Video source: Horizon Aircraft
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Movu Robotics: Scalable and Integrated Automated Warehouse Solutions
Movu Robotics offers a flexible automation system for warehouse environments, designed to scale from a single robot to large fleets as operational needs evolve. The system is supported by an integrated operating platform that connects seamlessly with most warehouse management systems, enabling efficient deployment and coordination.
This approach supports increased productivity and operational efficiency across a range of warehouse applications.
Movu Robotics offers a flexible automation system for warehouse environments, designed to scale from a single robot to large fleets as operational needs evolve. The system is supported by an integrated operating platform that connects seamlessly with most warehouse management systems, enabling efficient deployment and coordination.
This approach supports increased productivity and operational efficiency across a range of warehouse applications.
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Jedsy X Drone Window Docking and Guidance Systems
Jedsy X drones are designed to dock directly at building windows, allowing for efficient loading and unloading by on-site staff. This wall-landing capability supports operations in space-constrained urban environments and also serves as a charging interface, contributing to system autonomy and uptime.
The drone’s guidance, navigation, and control systems enable accurate vertical positioning and stabilization near complex surfaces. Real-time obstacle detection, wind compensation, and a suite of onboard sensors support reliable and precise window docking under varied environmental conditions.
Jedsy X drones are designed to dock directly at building windows, allowing for efficient loading and unloading by on-site staff. This wall-landing capability supports operations in space-constrained urban environments and also serves as a charging interface, contributing to system autonomy and uptime.
The drone’s guidance, navigation, and control systems enable accurate vertical positioning and stabilization near complex surfaces. Real-time obstacle detection, wind compensation, and a suite of onboard sensors support reliable and precise window docking under varied environmental conditions.
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The "Taming the Transients" webinar is almost here.
From USB-PD to industrial I/O and telecom, modern systems face more surge risks than ever, yet traditional TVS diodes can’t keep up.
Join host Samir Jaber and Anindita Bhattacharya as they discuss how surge protection is evolving with smarter, system-level strategies.
Topics include:
- Why TVS often fails in high-speed, high-power designs
- Key design considerations for real-world transients
- How FET-based architectures like SurgeSwitch™ enable scalable protection
- The future of circuit protection in a connected, electrified world
Secure your spot now: https://wevlv.co/46iEDRH
From USB-PD to industrial I/O and telecom, modern systems face more surge risks than ever, yet traditional TVS diodes can’t keep up.
Join host Samir Jaber and Anindita Bhattacharya as they discuss how surge protection is evolving with smarter, system-level strategies.
Topics include:
- Why TVS often fails in high-speed, high-power designs
- Key design considerations for real-world transients
- How FET-based architectures like SurgeSwitch™ enable scalable protection
- The future of circuit protection in a connected, electrified world
Secure your spot now: https://wevlv.co/46iEDRH
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Engineering graduates are entering the toughest job market in years, with unemployment among new graduates hitting 5.8% in early 2025. The gap between academic knowledge and industry expectations has never been clearer.
Siemens’ Expedite – Skills for Industry is designed to close that gap, blending hands-on simulations with skills in product lifecycle management, AI tools, using the digital twin, and more.
Ready to navigate the real-world complexity of modern engineering from day one? More information here: https://wevlv.co/4nokXmg
Siemens’ Expedite – Skills for Industry is designed to close that gap, blending hands-on simulations with skills in product lifecycle management, AI tools, using the digital twin, and more.
Ready to navigate the real-world complexity of modern engineering from day one? More information here: https://wevlv.co/4nokXmg
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This Robot Dog Can Talk and Think Now – Thanks to ChatGPT AI!
The PuppyPi robot has been enhanced with ChatGPT-based capabilities, enabling it to engage in natural voice interactions and perform basic reasoning tasks. With an AI voice interface and multimodal processing, the system serves as a demonstration of embodied AI—combining physical robotics with conversational intelligence.
Video source: Hiwonder
The PuppyPi robot has been enhanced with ChatGPT-based capabilities, enabling it to engage in natural voice interactions and perform basic reasoning tasks. With an AI voice interface and multimodal processing, the system serves as a demonstration of embodied AI—combining physical robotics with conversational intelligence.
Video source: Hiwonder
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In this video, ARV-i monitors the environment inside the cage.
During a typical mission, ARV-i departs from its dock fully charged and uses its onboard processors to detect fish and nets in real time. This allows it to closely observe the fish while safely navigating around nets and other obstacles.
Throughout the dive, ARV-i employs its cameras and AI systems to collect and organize data on asset health, including fish biomass. Upon returning to the dock, it recharges via a pinless connection while simultaneously uploading collected data to the cloud.
Video source: Boxfish Robotics
During a typical mission, ARV-i departs from its dock fully charged and uses its onboard processors to detect fish and nets in real time. This allows it to closely observe the fish while safely navigating around nets and other obstacles.
Throughout the dive, ARV-i employs its cameras and AI systems to collect and organize data on asset health, including fish biomass. Upon returning to the dock, it recharges via a pinless connection while simultaneously uploading collected data to the cloud.
Video source: Boxfish Robotics
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This time-lapse video shows Machina Labs' portable RoboCraftsman undergoing calibration and acceptance testing—a critical phase in deploying each new AI-driven manufacturing platform.
While part of the standard testing process, the footage also illustrates the shift toward software-defined, flexible sheet metal forming—eliminating the need for traditional tooling and reducing production lead times.
While part of the standard testing process, the footage also illustrates the shift toward software-defined, flexible sheet metal forming—eliminating the need for traditional tooling and reducing production lead times.
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Redwood AI’s latest Reinforcement Learning (RL) controller gives NEO Gamma a complete mobility toolkit—enabling natural walking in any direction, sitting, standing, kneeling and stair climbing using stereo vision. Unifying these capabilities in a single system marks a major milestone in realizing the full potential of humanoid robots.
Video source: 1X
Video source: 1X
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What’s the biggest challenge holding back large-scale 3D printing adoption in manufacturing?
Anonymous Poll
22%
Workforce skills/training
39%
Cost of implementation
39%
Material limitations
Mosaic Manufacturing has created a step-by-step implementation guide to help engineers and business leaders integrate 3D printing solutions into existing manufacturing operations.
Get it here: https://wevlv.co/43qW0yf
Get it here: https://wevlv.co/43qW0yf
Wevolver
How to Deploy Additive Manufacturing into Your Supply Chain
Accelerate production, reduce downtime, and gain a competitive edge by integrating on-demand digital manufacturing into your operations.