GeSiM Gesellschaft fuer Silizium-Mikrosysteme mbH’s Post

Rheology is the key to unlocking peak performance for your paints and coatings. Discover how the new Discovery Core Rheometer can help analyze your material's flow behavior during printing, brushing, and coating applications. https://lnkd.in/edu2_iVe #Coatings #Paints

Have you experienced the increased speed of printing with the Formlabs Form 4? The automatic resin dispensing feature using the new resin cartridges is a game-changer. It's amazing how fast you can go from a brand new resin tank to printing. Gone are the days of manually filling an empty tank. Thanks to this new feature, the process is now completed in minutes. #Formlabs #3DPrinting #Innovation

How to solve the problem of smoke and dust generated by laser printing on some cables? Place the laser printing process in a cooling water tank, and the laser will burn at high speed on the surface of the cable, not afraid of moisture or water, What are your cable printing difficulties? Please leave a message for discussion. #cableindustry #cablemanufacture #wireprinting #cable #hertenlaser #lasermarker

Honored to share that our new progress in #4D_printing of #shape_memory #PLA foam has been published in the #Manufacturing_Letters journal recently. In this study, for the first time, 4D printing of #polymeric_foams was successfully demonstrated. This was achieved by melt mixing a #foaming_agent (AZO) and #polymer below the decomposition temperature of the agent and #printing the mixture with a nozzle temperature above the decomposition temperature, which resulted in #in_situ foaming of the polymer. In addition, the effect of foaming agent content and programming temperature on the shape memory performance of #4D_printed foams was investigated. The good news is that the paper is #open_access, and the full text can be accessed through this link: https://lnkd.in/dc5amGYR Special thanks to our great #research_group for their contributions: Pedram Honari Davood Rahmatabadi Erfan Rassi Ismaeil Ghasemi Majid Baniassadi Mahdi Bodaghi Mostafa Baghani

Seeking to achieve high-quality codes in extrusion applications, even when working with difficult-to-print materials? 🤔 🆕 Meet Domino’s Extrusion Ink Coding Station – a solution for extrusion applications, printing on uncut products with diameters of 0.8 to 50mm or 20 to 250mm at speeds of up to 500m/min. When used with Domino’s Ax-Series continuous inkjet products, this expandable and modular solution is easy to integrate into space-constrained production lines, reducing product waste and downtime. Find out more below 👇 https://bit.ly/4asZHVL #DominoDoMore #PrintStand #Mechanical #Coding #Extrusion

The devil's in the details as they say...and Formlabs has paid attention to those details! As Brian Nies shares below, the new Form 4 is not just fast, it has innovative features like automatic resin dispensing and an even more flexible build platform! #Formlabs #Form4 #3Dprinting

Strengths: Additive manufacturing Weaknesses: pouring dirt into a planter

Don’t fall into the trap of using the same old data and build preparation methods for metal 3D printing over and over. You could be missing out on ways to make the technology more economically viable. ⚙ Join our webinar to explore a new support generation strategy and learn how it can help you improve part quality and reduce costs.📉 ·       Gain a fresh perspective on laser powder bed fusion (LPBF) ·       Expand your understanding of LPBF ·       Learn how to make metal AM more economically viable without compromising on part quality Register now using the link and don't miss out! https://bit.ly/3VeasY4 . . . #Metal3DPrinting #SupportGeneration #LPBF #MetalAMInsights

Reputable companies such as Makino, who is well known for its high precision CNC machinery is also adopting additive manufacturing techniques. Integration of technologies will greatly differentiate itself from other solutions providers and create new value to the industry. But the question will be then are the customer ready. Will this be a case “if the only tool you have is a hammer, everything looks like a nail”. Interesting to further examine how the business case outcomes will be.

Exploring Urethane Acrylate Oligomers for Advanced 3D Printing Materials – Part 2 We’re excited to share Part 2 of our study, published in UV+EB Technology! This article dives deeper into the formulation of urethane acrylate oligomers to enhance toughness in 3D printing materials, offering innovative solutions for additive manufacturing. Discover our findings and insights that push the boundaries of energy-curable materials for the 3D printing industry. Read the full article here: Link https://lnkd.in/enVfnceZ