EnCata Product Development

Curious about which blog article to read next? Try our randomizing dice! Click the link, roll the dice, and discover a blog post from our collection. It might just be the perfect read for you. https://lnkd.in/ejjrbpaD

At our company, post-processing 3D-printed parts is more than a technical step—it’s a craft that requires the same care and precision as fine jewelry making. After over a decade in this field, we’ve gained a deep understanding of the process, seeing firsthand how a raw part transforms into something functional and beautiful. The key to successful post-processing lies in understanding the material. Over time, you develop an almost instinctive feel for it. Plastics, metals, and composites each respond differently to tools. For instance, certain plastics can become brittle with too much sanding, while metals may lose their luster or shape with improper polishing. It’s a lot like how a jeweler instinctively knows how to treat various gems and metals—they don’t just work with them; they listen to them. Here are a few important things to keep an eye on during the process: - Consistency in the finish: Every surface should be treated evenly, with no visible transitions or inconsistencies that suggest uneven sanding or polishing. - Attention to complex areas: Intricate geometries, sharp angles, and hard-to-reach spots require extra care to avoid damaging delicate features. - Minimizing defects: A high-quality post-process job leaves no tool marks, scratches, or fingerprints on the part—just a flawless surface that speaks to the care and precision involved. And lastly, always take care of your vision. Proper lighting and magnification can make all the difference in catching those fine details that truly elevate the final result. A special line for tags: #PostProcessing #3DPrinting #3DPrintedPart #PartPolishing #ManufacturingProcess #NewProductDevelopment

Today's post highlights some of the projects EnCata is currently working on. Right now, our team is involved in 28 developments, including a laboratory device for triaxial soil testing, a vehicle monitoring and diagnostics system, and an automated water quality monitoring system for rivers, lakes, and other bodies of water. (We can only share details on these three for now.) The triaxial soil testing device allows for testing soil under pressure up to 15 atmospheres and ensures deformation measurement with a precision of 0.01 µm. This guarantees highly accurate data, essential for designing and constructing reliable and long-lasting structures. The device consists of two parallel screw jacks with reducers and a load control system. The automated water quality monitoring system is a remote-controlled unmanned vehicle that collects water samples at various depths as it moves through rivers, lakes, or other water bodies. The vehicle monitoring and diagnostics system analyzes the car's condition and predicts potential malfunctions, helping to prevent unexpected repairs. It includes a compact device that connects to the vehicle, collects data, and sends it to a smartphone. A special line for tags: #AutomotiveIndustry #WaterMonitoring #LabEquipment #SmartConstruction #SoilTesting #HardwareEngineering #DiagnosticsSystem #NewProductDevelopment

It’s been a long time coming, but the wait is over! We’re excited to finally share our in-depth case study on the Atmospheric Water Generation System. You can check it out at the link below: https://lnkd.in/egg-77J2 Quick refresher on the system: Designed for regions with low humidity and high temperatures, this device extracts water from the air using a combination of air cooling and MOF (Metal-Organic Framework) sorbents. With a capacity to produce up to 50 liters of water per day, it provides a sustainable water source where it’s needed most. We’d love to hear your thoughts—reposts and comments are always welcome! A special line for tags: #CleanTech #GreenTech #AirToWater #HardwareEngineering #CaseStudy #EngineeringCaseStudy #ProductDevelopment #MQTT #ESP32 #Flash

Welcome to our regular feature, 'Stuff to Blow Your Mind.' The first video might be familiar to some, but the second one is a real hidden gem. We're excited to share these useful links with you, so we can all stay informed and keep getting smarter together. https://lnkd.in/e4XbC6Cj This video provides an inside look at the manufacturing process of golf discs https://lnkd.in/e4Hg72DN This video introduces an innovative class of mechanical devices that can easily morph and transform their shapes A special line for tags: #HardwareEngineering #ProductDevelopment #KnowledgeBase #EngineeringInsights #MechanicalEngineering

There are those who are cool with a bit of organized chaos under the enclosure, and then there’s the crew who can't rest until every wire is perfectly aligned, labeled, and tucked away. This pic? It’s a love letter to the latter. Sure, it’s just cables to some, but to us, it’s like engineering art. It’s not just about making things work—it’s about making them work and look clean while doing it. But let’s be real: sometimes, the messy approach gets the job done faster—until it doesn’t. Here are a few tips from us: 1️⃣ Velcro Ties Over Zip Ties: Easier to adjust and won’t pinch your cables. 2️⃣ Label Both Ends: Future you will be grateful. 3️⃣ Bundle Smartly: Keep power and data cables apart to avoid interference. 4️⃣ Leave Some Slack: Because you never know when you’ll need to make changes. Whether you’re all about that cable chaos or the neat freak in the room, we get it. In the end, it’s all about making sure everything runs smoothly. Special thanks to the Reddit post author! A special line for tags: #TechTips #CableManagement #HardwareDesign #ElectricalEngineering #ElectronicsEngineering #EngineeringLife

September is here, and we’re excited to share what’s coming up! Our case studies were initially set for last month, but they’re now scheduled for September. This month, we’ll cover our water-from-air generator using MOFs and our brain cooling system. We’ll also give you a behind-the-scenes look at our company with some photos and videos. Additionally, we’ll update you on our current projects—their purpose, challenges, and progress. And, as always, we’ll share interesting resources that caught our engineering team’s attention, which you might find useful too. Stay tuned!

Today, we're sharing valuable insights on comparing the discovery phase in hardware and software projects. This document reflects our experience, observations, and numerous completed projects where we conducted discovery. A special line for tags: #DiscoveryPhase #ProductDevelopment #HardwareEngineering

Every month, we share updates on what's happening with us and remind you that we're active and thriving. Here’s a little 'story' told through photos from this month. We're also working hard to make our website more user-friendly, with a clearer and more accessible contact form. If you encounter any issues, we would greatly appreciate your feedback. https://www.encata.net/ A special line for tags: #HardwareEngineering #MechanicalEngineering #MechanicalEngineeringTeam #ElectronicsDesign #ElectronicsEngineering #ElectronicsAssembly #NewProductDevelopment

We came across this meme on Reddit, and honestly, it hits close to home. Looking at some engineering solutions from the outside, it’s easy to think: "Really? That’s it?" 😅 Let us add our take on this. It’s not because engineers and project managers are cutting corners or slacking off. Not at all. The essence of engineering—especially when it’s not just one person working solo but a whole team effort (and that brings its own complexities)—is to find the optimal path to the goal: stick to deadlines, stay within budget, and create something that actually works. Engineers can sometimes make simplifications, like in the picture. “Assuming π equals 3” can sometimes be the quickest route to a workable solution, and it might not even be critical for the final result. The real skill lies in knowing when and where you can simplify, and when it’s worth spending more time thinking things through. In the end, the goal is to make things work "well enough" for the task at hand, and sometimes "good enough" is the perfect solution. What do you think?