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Supportless, free-form 3D printing! ⛓️ By using low-melting-point Fields' metal and shaping it through surface tension, this process can create highly conductive 3D structures in a single pass, no supports, no post-processing. Pretty interesting way of thinking about additive manufacturing, especially for electronics and functional metal parts. Just wow....

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Lukas Ziegler

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213,022 просмотров • 6 месяцев назад •via X (Twitter)

ОбразованиеНаука и технологии
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3D printing is getting wild! 🧊 A one-piece printed bar counter just dropped: 1.1 meters tall and over 4 meters long, made entirely from PETG with millimeter-level precision. A single continuous organic surface with integrated LED backlighting. A giant monolithic print. Every week we’re seeing 3D printers take on bigger, more complex, more architectural pieces. And this one shows just how far large-format additive manufacturing has come. ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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3D printing is getting wild! 🧊 A one-piece printed bar counter just dropped: 1.1 meters tall and over 4 meters long, made entirely from PETG with millimeter-level precision. A single continuous organic surface with integrated LED backlighting. A giant monolithic print. Every week we’re seeing 3D printers take on bigger, more complex, more architectural pieces. And this one shows just how far large-format additive manufacturing has come. ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

Lukas Ziegler

119,920 просмотров • 1 месяц назад

3D printing is getting wild! 🧊 A one-piece printed bar counter just dropped: 1.1 meters tall and over 4 meters long, made entirely from PETG with millimeter-level precision. A single continuous organic surface with integrated LED backlighting. A giant monolithic print. Every week we’re seeing 3D printers take on bigger, more complex, more architectural pieces. And this one shows just how far large-format additive manufacturing has come. Cool combination with robotics :) ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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3D printing is getting wild! 🧊 A one-piece printed bar counter just dropped: 1.1 meters tall and over 4 meters long, made entirely from PETG with millimeter-level precision. A single continuous organic surface with integrated LED backlighting. A giant monolithic print. Every week we’re seeing 3D printers take on bigger, more complex, more architectural pieces. And this one shows just how far large-format additive manufacturing has come. Cool combination with robotics :) ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

Lukas Ziegler

437,889 просмотров • 7 месяцев назад

A robot as a 3D printer? 🖨️ Meltio developed a robot that 3D prints in metal. They have unveiled their own line of wire-based 3D printing materials. The new materials range, named Meltio Materials, includes stainless steel, mild steel, titanium, and nickel alloys. 👨🏼‍🏭 What makes this exciting is that Meltio is offering a closed materials platform, providing users with a hassle-free experience by validating the materials and optimizing them for their systems. This move sets Meltio apart from its competitors and paves the way for faster industrial adoption and user-driven innovation. With Meltio Materials, metal 3D printing becomes more accessible, reliable, and efficient for various industries, including aerospace, healthcare, and consumer electronics. 🛩️ Great to see the reliability of proven robots from ABB Robotics. P.S. I could be watching the 3D printing process over and over! ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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A robot as a 3D printer? 🖨️ Meltio developed a robot that 3D prints in metal. They have unveiled their own line of wire-based 3D printing materials. The new materials range, named Meltio Materials, includes stainless steel, mild steel, titanium, and nickel alloys. 👨🏼‍🏭 What makes this exciting is that Meltio is offering a closed materials platform, providing users with a hassle-free experience by validating the materials and optimizing them for their systems. This move sets Meltio apart from its competitors and paves the way for faster industrial adoption and user-driven innovation. With Meltio Materials, metal 3D printing becomes more accessible, reliable, and efficient for various industries, including aerospace, healthcare, and consumer electronics. 🛩️ Great to see the reliability of proven robots from ABB Robotics. P.S. I could be watching the 3D printing process over and over! ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

Lukas Ziegler

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Is Additive Metal Printing The Future Of 3D Printing / Manufacturing? #3DPrinting
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Is Additive Metal Printing The Future Of 3D Printing / Manufacturing? #3DPrinting

🔥⭐️Edwin⭐️🔥

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me: wants to become a master of disaster in electronics and microprocessors son of my mother's friend: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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me: wants to become a master of disaster in electronics and microprocessors son of my mother's friend: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

Lukas Ziegler

86,527 просмотров • 6 месяцев назад

Ever seen a robot print metal instead of welding it? Robotic 3D printing builds parts layer by layer straight from a digital design. No molds, no tools... just speed, precision, and flexibility. - Perfect for small-batch production - Handles complex geometries that traditional methods struggle with - Already in use across aerospace, automotive, marine, and energy How far metal additive manufacturing with robots has come... crazy! Would you trust a robot-printed metal part in a jet engine or car? —- Weekly robotics and AI insights. Subscribe free:
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You say it. A robot builds it. 🗣️ MIT researchers just showed a system where spoken language turns directly into physical objects. Say “I want a simple stool,” and a robotic arm designs and assembles it in minutes. 🪑 The pipeline is wild but elegant: speech → language model → 3D generative design → voxelized structure → robotic assembly. No CAD, no programming, no manufacturing expertise needed. Unlike 3D printing, this is fast, modular, and reversible. Objects are built from reusable parts, meaning they can be disassembled and turned into something else later. This feels like an early glimpse of “physical AI” becoming an interface: humans describe intent, machines handle geometry, planning, and fabrication. Read more about the paper here: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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You say it. A robot builds it. 🗣️ MIT researchers just showed a system where spoken language turns directly into physical objects. Say “I want a simple stool,” and a robotic arm designs and assembles it in minutes. 🪑 The pipeline is wild but elegant: speech → language model → 3D generative design → voxelized structure → robotic assembly. No CAD, no programming, no manufacturing expertise needed. Unlike 3D printing, this is fast, modular, and reversible. Objects are built from reusable parts, meaning they can be disassembled and turned into something else later. This feels like an early glimpse of “physical AI” becoming an interface: humans describe intent, machines handle geometry, planning, and fabrication. Read more about the paper here: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

Lukas Ziegler

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It's a 3D printer, and 3D assembly station! 🖨️ The Functgraph developed at Meiji University starts as a regular 3D printer but upgrades itself into a mini factory. It can print parts for its own tools, pick them up, clean them, and put them together, all by itself. Think of it like a robot that can 3D print a spatula, assemble it, and then use it to flip pancakes. 🥞 Instead of just printing objects, the Functgraph can actually perform physical tasks, like folding laundry or slicing vegetables, by using printed and assembled tools. It’s a step toward the idea of a robot that can download "apps" as physical skills, much like your phone downloads software! 👀 ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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It's a 3D printer, and 3D assembly station! 🖨️ The Functgraph developed at Meiji University starts as a regular 3D printer but upgrades itself into a mini factory. It can print parts for its own tools, pick them up, clean them, and put them together, all by itself. Think of it like a robot that can 3D print a spatula, assemble it, and then use it to flip pancakes. 🥞 Instead of just printing objects, the Functgraph can actually perform physical tasks, like folding laundry or slicing vegetables, by using printed and assembled tools. It’s a step toward the idea of a robot that can download "apps" as physical skills, much like your phone downloads software! 👀 ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

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Good music, lasers & weekend vibes! 🕺🏼 Cold cutting and precision machining. This “waterjet laser” process shapes silicon carbide, one of the hardest materials to machine, into a chess rook using a purely cold process. No heat-affected zones, no microcracks. 🥵 Great to see dedicated machines working in a crazy pace! ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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Good music, lasers & weekend vibes! 🕺🏼 Cold cutting and precision machining. This “waterjet laser” process shapes silicon carbide, one of the hardest materials to machine, into a chess rook using a purely cold process. No heat-affected zones, no microcracks. 🥵 Great to see dedicated machines working in a crazy pace! ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

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A lot of hype around giving robots touch. That's the OG tactile sensing. FORCE. ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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A lot of hype around giving robots touch. That's the OG tactile sensing. FORCE. ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

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74 seconds to print a 3D Benchy! 🚢 Someone just printed a 3D Benchy in 74 seconds! For context: Benchy is the standard benchmark for 3D printing quality. Getting it done in 74 seconds required pushing every variable to its limit. Pulley and belt systems optimized for minimal slop, machine rigidity improvements to eliminate flex under high acceleration, input shaping to cancel out resonance frequencies that cause ringing artifacts at high speeds. A 3D scanner to analyze print quality objectively. Frequency analysis to identify and cancel specific resonance modes in the frame and motion system. Check it out here: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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74 seconds to print a 3D Benchy! 🚢 Someone just printed a 3D Benchy in 74 seconds! For context: Benchy is the standard benchmark for 3D printing quality. Getting it done in 74 seconds required pushing every variable to its limit. Pulley and belt systems optimized for minimal slop, machine rigidity improvements to eliminate flex under high acceleration, input shaping to cancel out resonance frequencies that cause ringing artifacts at high speeds. A 3D scanner to analyze print quality objectively. Frequency analysis to identify and cancel specific resonance modes in the frame and motion system. Check it out here: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

Lukas Ziegler

108,703 просмотров • 1 месяц назад

A toilet-cleaning robot from Reflex Robotics. The best part is when the robot dries its hands... That might be the future of robots doing chores for us. ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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A toilet-cleaning robot from Reflex Robotics. The best part is when the robot dries its hands... That might be the future of robots doing chores for us. ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

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That's how parts get inspected! 🪡 The pace is ridiculous. Imagine people still doing this instead of machines. Renishaw’s system is one of the biggest shifts in coordinate-measuring machines (CMMs). Instead of moving the entire machine to capture each point, REVO uses a 5-axis scanning head that collects data through rapid angular motion. Combined with automated probe and stylus changes, the system can handle complex geometries and full surface scans that traditionally required slow, point-by-point probing. ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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That's how parts get inspected! 🪡 The pace is ridiculous. Imagine people still doing this instead of machines. Renishaw’s system is one of the biggest shifts in coordinate-measuring machines (CMMs). Instead of moving the entire machine to capture each point, REVO uses a 5-axis scanning head that collects data through rapid angular motion. Combined with automated probe and stylus changes, the system can handle complex geometries and full surface scans that traditionally required slow, point-by-point probing. ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

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243,399 просмотров • 6 месяцев назад

Remote-controlled robotic surgery, regenerating cartilage, and 3D-printing metal parts in low Earth orbit—learn more about the ISS_Research that's heading to the International Space Station later this month on Northrop Grumman's next resupply launch:
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Remote-controlled robotic surgery, regenerating cartilage, and 3D-printing metal parts in low Earth orbit—learn more about the ISS_Research that's heading to the International Space Station later this month on Northrop Grumman's next resupply launch:

NASA

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One easy way to create holes in 3D models, is by using a black and white texture. This is especially useful for cloth objects. However you can also turn it into geometry with thickness for 3D printing, with just a few modifiers. #Blender #b3d #Blender3D
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One easy way to create holes in 3D models, is by using a black and white texture. This is especially useful for cloth objects. However you can also turn it into geometry with thickness for 3D printing, with just a few modifiers. #Blender #b3d #Blender3D

Jan van den Hemel

61,471 просмотров • 7 месяцев назад

Shane Wighton, from the YouTube channel Stuff Made Here, used 3D-printed tooling to form a sheet metal component as part of a concept validation process. Metal manufacturing is essential for all areas of the economy. Because of their strength, stiffness, and long-term durability, metal components are used in applications from appliances to construction parts and car body panels. Traditional metal manufacturing techniques include forming, casting, molding, joining, and machining. Sheet metal forming involves various processes where force is applied to a piece of sheet metal to plastically deform the material into the desired shape, modifying its geometry rather than removing any material. Sheet metals can be bent or stretched into a variety of complex shapes, permitting the creation of complex structures with great strength and a minimum amount of material. Sheet metal forming is the most cost-effective forming procedure today for manufacturing parts in large quantities. It can be highly automated in factories or, at the other end of the spectrum, manually operated in metal workshops for small series parts. It is a versatile, consistent, and high-quality procedure to create accurate metal parts with limited material waste. From metal cans to protective housing for hardware, parts created by sheet metal forming are found everywhere in our daily lives. In this article, learn the basics of sheet metals, the various sheet metal forming processes, and how to reduce the cost of sheet metal forming with rapid tooling and 3D printed dies. For a detailed overview and the step-by-step method, watch our webinar or download our white paper: Research conducted by Shane Wighton. Check out the fantastic 15-minute video on his YouTube channel 'Stuff Made Here'! its top-notch engineering content.:
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Shane Wighton, from the YouTube channel Stuff Made Here, used 3D-printed tooling to form a sheet metal component as part of a concept validation process. Metal manufacturing is essential for all areas of the economy. Because of their strength, stiffness, and long-term durability, metal components are used in applications from appliances to construction parts and car body panels. Traditional metal manufacturing techniques include forming, casting, molding, joining, and machining. Sheet metal forming involves various processes where force is applied to a piece of sheet metal to plastically deform the material into the desired shape, modifying its geometry rather than removing any material. Sheet metals can be bent or stretched into a variety of complex shapes, permitting the creation of complex structures with great strength and a minimum amount of material. Sheet metal forming is the most cost-effective forming procedure today for manufacturing parts in large quantities. It can be highly automated in factories or, at the other end of the spectrum, manually operated in metal workshops for small series parts. It is a versatile, consistent, and high-quality procedure to create accurate metal parts with limited material waste. From metal cans to protective housing for hardware, parts created by sheet metal forming are found everywhere in our daily lives. In this article, learn the basics of sheet metals, the various sheet metal forming processes, and how to reduce the cost of sheet metal forming with rapid tooling and 3D printed dies. For a detailed overview and the step-by-step method, watch our webinar or download our white paper: Research conducted by Shane Wighton. Check out the fantastic 15-minute video on his YouTube channel 'Stuff Made Here'! its top-notch engineering content.:

Formlabs

39,948 просмотров • 11 месяцев назад

Fit-to-size packaging is getting smarter! 📦 Sparck Technologies is using 3D scanning to measure each order and automatically create the best-fitting box So no oversized packaging, no wasted space, or at least less! The system scans the items, builds a custom box, and packs the order automatically. Less waste, lower shipping volume, and fewer air-filled boxes going out the door. eCommerce is growing constantly for years, as we order more from the internet, so it's important to optimize packaging. ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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Fit-to-size packaging is getting smarter! 📦 Sparck Technologies is using 3D scanning to measure each order and automatically create the best-fitting box So no oversized packaging, no wasted space, or at least less! The system scans the items, builds a custom box, and packs the order automatically. Less waste, lower shipping volume, and fewer air-filled boxes going out the door. eCommerce is growing constantly for years, as we order more from the internet, so it's important to optimize packaging. ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

Lukas Ziegler

210,159 просмотров • 6 месяцев назад

Just pin it! 🗜️ What a great idea for a gripper and custom-shape machine! Pin fixtures from Matrix are something else 😮‍💨! These tools help robots handle tricky tasks, like working with delicate or oddly shaped parts, by holding and positioning them precisely. They’re easy to set up and can be used in many manufacturing processes. Robotic arms can quickly and accurately grab, move, and work on parts with pin fixtures. This technology speeds up work and reduces mistakes, making production more reliable. Factories can create more advanced, flexible, and efficient systems by combining robots with tools like pin fixtures. P.S. Where would you use it in your factory? ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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Just pin it! 🗜️ What a great idea for a gripper and custom-shape machine! Pin fixtures from Matrix are something else 😮‍💨! These tools help robots handle tricky tasks, like working with delicate or oddly shaped parts, by holding and positioning them precisely. They’re easy to set up and can be used in many manufacturing processes. Robotic arms can quickly and accurately grab, move, and work on parts with pin fixtures. This technology speeds up work and reduces mistakes, making production more reliable. Factories can create more advanced, flexible, and efficient systems by combining robots with tools like pin fixtures. P.S. Where would you use it in your factory? ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

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Welcome to the pico world! 🔬 Micro-dispensing at the picoliter scale is incredible when you compare it to everyday numbers: a single raindrop is about 50 microliters, roughly 50 million times larger than a picoliter. Being able to place droplets this small without touching the surface is key for biotech, diagnostics, and micro-electronics, where tiny volumes matter. And at this scale, two basics become critical: → Accuracy = how close you are to the real value. → Precision = how repeatable each droplet is. I could watch it all day long! ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →
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Welcome to the pico world! 🔬 Micro-dispensing at the picoliter scale is incredible when you compare it to everyday numbers: a single raindrop is about 50 microliters, roughly 50 million times larger than a picoliter. Being able to place droplets this small without touching the surface is key for biotech, diagnostics, and micro-electronics, where tiny volumes matter. And at this scale, two basics become critical: → Accuracy = how close you are to the real value. → Precision = how repeatable each droplet is. I could watch it all day long! ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

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