listertube’s Post

📹 New Video Tutorial: Engraving Text on Stainless Steel with Our Laser Metal Printer ✨🔧 We’re excited to show you how to use our advanced laser metal printer to mark and engrave text on a stainless steel mirror finish. In this step-by-step video, you'll see: Our high-precision laser metal printer in action. Transferring the image to the printer using a cell phone. Selecting the perfect template for your design. Resizing the text to fit the desired area. The entire marking process from start to finish. The stunning final result on a mirror-like stainless steel surface. Whether you’re looking to personalize gifts, create professional signage, or tackle industrial projects, our laser metal printer makes it easy to achieve high-quality, durable engravings. 👉 Watch the full tutorial here: https://lnkd.in/g99uX3iz 🔔 Follow our page for more educational content, tips, and tutorials on laser marking technology! #LaserMarking #MetalEngraving #StainlessSteelEngraving #LaserMetalPrinter #TextEngraving #MirrorFinish #DIYMarking #HeatSign #EngravingTutorial #PersonalizedGifts #IndustrialMarking #ProfessionalEngraving #CreativeProjects

📹 New Video Tutorial: Engraving Text on Stainless Steel with Our Laser Metal Printer ✨🔧 We’re excited to show you how to use our advanced laser metal printer to mark and engrave text on a stainless steel mirror finish. In this step-by-step video, you'll see: Our high-precision laser metal printer in action. Transferring the image to the printer using a cell phone. Selecting the perfect template for your design. Resizing the text to fit the desired area. The entire marking process from start to finish. The stunning final result on a mirror-like stainless steel surface. Whether you’re looking to personalize gifts, create professional signage, or tackle industrial projects, our laser metal printer makes it easy to achieve high-quality, durable engravings. 👉 Watch the full tutorial here: https://lnkd.in/gf87jbNn 🔔 Follow our page for more educational content, tips, and tutorials on laser marking technology! #LaserMarking #MetalEngraving #StainlessSteelEngraving #LaserMetalPrinter #TextEngraving #MirrorFinish #DIYMarking #HeatSign #EngravingTutorial #PersonalizedGifts #IndustrialMarking #ProfessionalEngraving #CreativeProjects

Different plastic products - Different #marking results!   Which laser is the right one?   🔎 This depends on many different factors. One of these factors is the #marking process itself. Whether melt, engraving or color change #marking - each process has its own advantages and areas of application. The best way to be prepared is to keep all these variables in mind. 🚀So keep up to date with our #checklist! https://lnkd.in/e2YPrMKg

In order to investigate different types of flagella, we 3D print rigid flagella in-house that allows control over the geometry and flexibility of the structure. We mix the base and catalyst of a silicone-based polymer (VPS), with some iron filings to control density, and form a liquid mixture. We then set the mixture in a pre-built PVC mold. The mold is twisted into various helical shapes. The liquid mixture cures inside the helical mold in a few minutes. We then cut open the mold to get soft helical (analog) flagella. (4/9 Bio-Inspired Interaction)

Laser engraving technology. The modern day permanent marker - Why make the switch? 🖊️ Durability: Creating markings tougher than red wine on a white shirt. Laser engravings are made to last, with no consumables like ink to fade away you are guaranteed permanent marks that stand the test of time 🍷 Precision: With spot sizes smaller than 0.5mm, you could engrave your name on a grain of rice if you wanted to! Good luck doing that with a sharpie! Versatility: Metals, Wood, Plastic, Ceramic, Paper - you name it you can mark it! Laser engraving marks virtually any material, making it the ultimate tool for all your marking needs. #Engraving #Laser #Technology #LaserMarking #LaserEngraving

How to make this? 1. Two colors for acetate raw material. 2. Engraving the first layer's color according to CAD file. 3. Done This is two layers for acetate.

A little machining knowledge per day---Laser marking Logo. >A surface treatment process using CNC+laser. >Using a high laser energy beam to illuminate the product's surface, vaporize, and melt it, achieving an engraving effect. >Advantage: Faster and pleasing appearance. Logos can exist forever, will not fade, and will not wear. >Thickness: 0.02-0.05mm depth usually. Note: >Laser marking logo can not create color itself. The color of the logo depends on the product's raw material. >Laser marking on the front of the product is cheaper than marking on the side.

3 hidden issues experts don’t dare tell you (but we will).     1️⃣ Engraving Stylus - The stylus is the most important tool for a consistent engraving result. Now, there are the obvious stylus fractures that are more than obvious, and then there are tip fractures which are quite hard to identify. They are also hard to identify for you as a packaging printer but will create inconsistent results. 2️⃣ Sliding Shoe and Burr Cutter - The other two essential tools of an engraving machine. There are many things impacting the wear of these tools, and they are very sensitive to unfavorable circumstances like bad copper quality. Compromised tools could easily lead to toning issues during your print run. 3️⃣ Cell Geometry - Aligned with your fingerprint, any deviations from your reference specs will cause you more setup-waste due to ink adjustments since the cylinder will just not provide your expected results. There are many reasons this can occur during the engraving process, and it needs smart technology to get on top of it.   Part of the time-lapse video here is also a step that is called "Certified Engraving".    A software innovation we have been working on with our partner HELL Gravure Systems is exclusively dedicated to highlighting any issues that might hypothetically impact your print results right away.

💦 Elevate your 3D prints with the following #post-production processes for ultimate water resistance: 1️⃣ Vapour Smoothing: Seamlessly blend layers, remove gaps, and tighten seals by applying a solvent to MJF and SLS prints. Note: Solvents vary based on materials. 2️⃣ Epoxy Coating: Sand and polish your 3D part for a smooth surface, then apply a two-part epoxy. It seeps into cracks and voids, hardening into a water-tight, rigid layer. 📰 Explore more water-resistant options for your 3D-printed parts: https://zurl.co/hc9p 🌐 Xometry offers vapour smoothing and other post-processing options for #3D-printed parts. Get an instant quote: https://zurl.co/4RvA