MB Investment Management

@Taka_N_H 素晴らしいですね！このテクニックはどのようにして発見したのですか？試行錯誤の末に見つけたのですか？

以前、私のケースと同じように作ってみたと言うお客さんがいました。 しかし『どうしても上手くいかない、形にはなるけど仕上がりが全然違って上手くいかない』と言っていたので材料を聞いたらA5052を使ったとの事。 原因はそれです。 A5052とA5056では仕上がり方が全然違うのです。(私はA5056) 『いやいや、だってA5056って丸材しかないですよね？』 はい、その通りこの写真のように丸から削ってこの形にしているのです。 これを手間とか面倒とか思ってしまう気持ちも分かりますが、コレをやらなければ一生作れないほどA5056というアルミ材が重要なのです。 仮に作れたとしましょう、、、 次の問題はA5056は非常に腐食しやすいので、綺麗に作った姿のままアルマイトまで行わなければいけません。 そうすればこんな感じに仕上がる。 (動画の完成品) それだけの事です。

@i2cjak @justlovescience @ItCanBe3 Indeed, industrial grade ROCK 5T works great!

@justlovescience @ItCanBe3 That’s what I had the LLM fix autonomously, adding another camera driver. It worked great.

Crazy how much easier it is to use these Chinese Pi clones with LLMs now. I’ll never use a Pi again

@jmat2022 This is way too complicated. You could flip it over directly on the belt with a much simpler tool, e.g basic swivel mechanism that takes into account the larger diameter side is positioned lower.

ナットの上下向き

🤖 The future of humanoid robot joints is not only about higher torque — it’s about achieving the perfect balance between performance, reliability, and design. ⚙️ Most humanoid robot joints today use harmonic drive solutions, but challenges remain, including limited stiffness, lower load capacity, and shorter service life. 🚀 Planetary gear systems offer advantages such as high efficiency, high rigidity, and strong load capability. However, precise hollow shaft diameter control remains a key challenge. 📌 A smaller hollow diameter limits cable routing space, while an oversized design can affect motor performance and overall efficiency. 🔧 Finding the optimal balance between hollow structure, power density, and reliability is the key to next-generation robotic joints. CubeMars continues to develop advanced actuator solutions for 🤖 humanoid robots, 🐕 quadruped robots, and intelligent automation applications. 🔗 Learn more: cubemars.com/categorys/akh-… #HumanoidRobot #Robotics #RobotActuator #RoboticJoint #QDD #MotionControl #RobotTechnology #CubeMars

3D printing enables engineers to prototype metal parts and iterate tool designs in a matter of hours, achieving complex geometries while reducing reliance on outsourced providers. Find a free article on 3D-printed dies here: lnkd.in/eYYpt6UA Original video from Karl Eriksson , 3D Printing expert at Addinor and Formlabs Partners for the Nordic region.

Ultrasonic motors can stay stationary even when the power is off, without requiring brakes or reducers.

@LinusEkenstam ASML's technology is a modern magic. Europe need more amazing technology companies like ASML and Airbus.

European innovation makes the world go around. Without this machine, no AI.

@0x_fokki Ah yes, those glorious 15-second AI slop attention black holes. Exactly what our civilisation needs - more brain cells sacrificed to the TikTok algorithm gods. Hey champ, maybe log off and go manufacture something useful, like actual jobs.

🚨 Warner Bros spent $68,000,000 on a live-action Tom and Jerry movie in 2021 a 20-year-old saw the trend on Douyin, China's TikTok and cleared $11,900 last month bringing it west first. turning old cartoons into real life is a Chinese trend, already blowing up on Douyin. she copied the shape and ran it to TikTok and Reels before anyone else did. > Research: check 40 channels, find the clip beating its own average: 1 day > Claude: copy the shot list frame by frame from Tom and Jerry: 20 min > CapCut: rebuild it to look real, shot by shot, AI voice, captions: 40 min > Make: post it to TikTok, Shorts, Reels, pull the views back in 48h: auto Warner Bros needs a studio, a real lion and a full crew for one scene. she needs a $50 loop and her own cat. the whole teardown is in the article above👇

If you are unfamiliar with large radii sheet metal bending then let me be the one to tell you that it's not just 1 large bend, but instead a bunch of little ones. Step Bending (bump bending, incremental bending) It's ideal for high strength material that does not have a lot of give to it (lower ductility), instead of making a 90 degree bend you might make 10 @ 9deg, or 20 at 4.5deg. speak to your local service provider about step bending today 🤣

This robot has one job and it’s really good at it. DEWALT and August Robotics have commercially launched DALE, a fleet-capable autonomous drilling robot designed specifically for data-centre construction. In a year-long pilot, it drilled more than 230,000 holes with 99.97% accuracy, worked at up to 10× the speed of traditional methods, and cut a combined 190 weeks from project schedules across 26 construction phases. Video via DEWALT and August Robotics.

Humanoids are already deployed on factories. Here is where humanoids work: 🔵 Figure AI: Figure 02 / 03 - BMW Group Plant Spartanburg, USA 🔵 Apptronik: Apollo - Mercedes-Benz / Berlin, Germany 🔵 UBTECH: Walker S - Zeekr & NIO factories / China 🔵 Agility Robotics: Digit - GXO & Schaeffler / USA 🔵 Boston Dynamics: Atlas - Hyundai Metaplant / Georgia, USA

AIを用いた線路上の障害物検知デモ。 標準のYOLOモデル（人や車両用）と倒木特化のカスタムYOLOモデルを組み合わせ、障害物を検知。線路領域（ROI）のみを対象に処理。 制動距離を考慮した実用化には他システムとの統合が必要だが、本件はAI認識部分の検証を目的としている。 詳細はリプ欄。

Forget fuzzy skin. 👀  BumpMesh by @CNC_Kitchen opens up a whole new way to texture your 3D prints. Which project would you use this on?  Try it yourself: bumpmesh.com

🇵🇹💶 Global investment is reshaping Europe's industrial landscape, and Portugal is at the centre of that transformation. With more than €20 billion in planned investments, Sines is reinforcing its position as one of Europe's leading hubs for industry, clean energy, logistics and digital infrastructure. ⚓ 🌍Its strategic location on the Atlantic, deep-water port, extensive industrial land and growing connectivity are attracting major international projects that support more resilient supply chains and accelerate Europe's energy and digital transitions. As global companies continue to rethink where they invest, Portugal offers the scale, infrastructure and long-term vision needed to support the next generation of strategic industries.

@levelsio Or make the external unit also flat with vents under and on top; so it would wash itself in the rain and make it in the same colour as the wall, so it blends with the exterior.

🚨AMAZON SPENT OVER $1,000,000,000 ON JUST WALK OUT CAMERAS TO SKIP THE CHECKOUT LINE, THEN PULLED IT FROM ITS STORES a 21-year-old spent $47 and built one AI that names every item in the cart on sight > Roboflow labels each product > YOLO11 recognizes it live > a price table totals the cart same basket. same total. 6 grocers paying him $11,000/month. Amazon needed a billion and a research lab. he needed a weekend. the $47 build, article above

Make your own humanoid robot! Here is top 5 fully open sourced humanoid robots: 🔵 Asimov 1 — $15K target DIY kit. Full open-source stack. 🔵 Berkeley Humanoid Lite — sub-$5K. Open-source 3D-printed humanoid. 🔵HopeJR — ~$3K. Fully open-source humanoid from Hugging Face 🔵 ROBOTIS K0 — price not announced. Full size open-source humanoid platform. 🔵 Vibe A1 — Mini humanoid. Sales price starting at $649.

@lukas_m_ziegler Clever design! Curious how it picks up the most bottom 📦?

Unloading trucks with robots! 📦 Bastian Solutions has developed a mobile robot system that automates high-volume, floor-level unloading of trailers. Let's have a closer look at how it actually works! The robot seamlessly drives itself in and out of trailers and docks without any fixed infrastructure. This system picks up cases via an extendable conveyor, lifts them using a retractable mast, and accurately places them inside the trailer using a dedicated gripper. In the video you can see the reversed process, unloading of a truck. 🚛 It's guided by LiDAR-based navigation and an omnidirectional base, enabling fast, precise, and infrastructure-free operation. Integrates smoothly with existing systems like conveyors, scanners, sorters, and depalletizers. Every time I see a robot loading and unloading a truck, I'm like: we are getting there :) ~~ ♻️ Join the weekly robotics newsletter, and never miss any news → ziegler.substack.com

@stevencheng Any idea which welding machine is this?

A welding robot that can record teaching points (waypoints) and then execute automatic welding without using G-code programming.