4 min read

🤖 Sausages Meet Delta Speed

Plus: Samsung Parts Shrink The Bill, Fingers Stop Being The Template,

Good Morning, Roboticists!

We spent years teaching robots to imitate humans. They’ve now reached the much more useful phase of ignoring the design.


Sausages Meet Delta Speed

TL;DR: Cranswick automated an end-of-line sausage and pigs-in-blankets packaging line with Rockwell Automation controls and autonox delta robots, reaching 240 picks per minute. The system, delivered by CWM Automation, removes a repetitive manual bottleneck while shifting workers toward more skilled roles around inspection, operations, and line oversight. Read more ->


Samsung Parts Shrink The Bill

TL;DR: Samsung is reportedly building its humanoid robot around lower-cost actuator manufacturing, drawing on mass-produced BLDC motor know-how from appliances. Since actuators can dominate humanoid production costs, the project suggests Samsung may try to enter the body race through supply-chain discipline, while Korean media says the work is already advanced. Read more ->


Fingers Stop Being The Template

TL;DR: BioflexBot turns a robotic hand into a narrow, twisting tool for places human fingers cannot reach. Built with a coiled spring, soft shell, and compressed air, it can thread an acupuncture needle, operate a pipette, and twist nearly four times farther than a human hand for labs, inspection, and tight spaces. Read more ->


Robots Learn The Body Roll

TL;DR: Researchers from the RAI Institute and Boston Dynamics showed ZEST, a training method that transfers human and animated motion into legged robots without task-specific tuning. Atlas, Unitree G1, and Spot learned crawling, cartwheels, handstands, soccer kicks, and backflips, pushing whole-body robot movement beyond carefully scripted demos. Read more ->


Motion Becomes One Policy

TL;DR: NVIDIA researchers introduced SONIC, a humanoid control framework trained on more than 100 million motion frames from teleoperation, video, text, and music inputs. Instead of switching between separate controllers, one policy handles running, jumping, grasping, dancing, and smooth transitions, with the system demonstrated in simulation and on a physical humanoid. Read more ->


Parcel Sorting Gets A Sprint

TL;DR: X Square Robot put its WALL-B AI model and self-developed six-axis arm into a livestreamed logistics test, autonomously identifying, picking, reorienting, and feeding parcels onto a conveyor. The system reached 1,816 parcels per hour with more than 98% accuracy, targeting messy truck-unloading piles and peak-season warehouse bottlenecks. Read more ->


Shelves Start Moving Faster

TL;DR: Geekplus unveiled RoboShuttle Hyper, a tote-to-person climbing robot designed to raise warehouse throughput inside dense storage systems. The company says the platform can move up to 6,000 totes per hour per 1,000 square meters, while coordinating thousands of robots across massive fulfillment sites without forcing wider rack sacrifices. Read more ->


Soft Arms Share The Skill

TL;DR: Feagine Robotics announced Fi0, a cross-embodiment foundation model meant to keep manipulation skills usable when a robot's body changes. Released with tendon-driven A01, A02, and A03 soft manipulators, the system targets robots with different lengths, segments, and degrees of freedom, making flexible arms easier to train and deploy. Read more ->


Outpatient Robots Gain Hernias

TL;DR: Distalmotion received FDA 510(k) clearance for using its DEXTER robotic surgery system in ventral hernia repair, expanding its U.S. portfolio across the four highest-volume ambulatory soft-tissue procedures. With thousands of European hernia cases already behind it, DEXTER is moving deeper into outpatient operating rooms. Read more ->


Walking Gets A Quiet Boost

TL;DR: Reudyn launched Hip X26, a hip-assist wearable robot built for everyday walking, outdoor mobility, and longer movement sessions. The system combines movement-intent recognition, gait sensing, adaptive assistance, and lightweight wearability, pointing exoskeleton design away from pure rehab equipment and toward consumer mobility support. Read more ->


Kidney Stones Meet Robotic AI

TL;DR: Roen Surgical won FDA clearance for Zamenix, an AI-based flexible ureteroscopic robot for kidney stone surgery. The 2.8 mm system enters through the urinary tract without incisions, lets surgeons operate from a console, and uses AI to judge whether stones can pass or need laser fragmentation. Read more ->


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