Laser Marking Technologies, LLC’s Post

As the industry progresses towards Cradle to Grave marking, it's essential to avoid the common pitfall of using off-the-shelf Marking Lasers for post-process resistant Laser Marks. This week alone, I encountered 3 customers who had made this error. These lasers may be slow, PC-based, and lack industrial quality, failing to deliver the marks required, despite what the sales representatives claim. If you require marks that can withstand heat treatment, Ecoat, powder coat, shot-blasting, or need to be completed in under 1 second, always demand proof. Visit the company's lab to witness the performance firsthand, and request customer references for validation. Here's a prime example of effective marking: a seating rail marked in just 0.9 seconds, subsequently coated and graded C or better. With 3.5 million rails marked successfully, the results speak for themselves. Watch the process in action: https://lnkd.in/gR4zQn9C

Due to the stringent requirements for the optical characteristics of materials typically used in optical components, 🛠️ five-axis CNC machining can ensure that these characteristics remain unaffected during the machining process, thus ensuring the quality of the final product. 🏆 At UNIMAX MOLD, our goal is simple: to provide you with superior-quality, closely inspected parts on time, at competitive pricing. As leaders in the field, we are committed to offering high-tech, cutting-edge processes, materials, equipment and tooling that meets-and exceeds-each customer’s specific demands. www.ummold.com Dora.Wang@ummold.com #qualitymanagement #servicemarket #quality #highprecision #timeless #highaccuracy #PrecisionEngineering #Newmoldtechnology #quality_control #Efficiency #custommold #trustedsupplier #automotiveparts #aotomobile #CNC_machining #5aixs #CNC_mold_mahining

How small can a motorized XY stage be designed while still providing a large measuring range?   We addressed this query by developing an exceptionally compact OEM version of an XY stage. The square base is a mere 280 mm in width, making it smaller than the height of an A4 sheet of paper. Despite its compact size, this stage enables an impressive measuring range of 205 x 205 mm.   Set up as a portal solution, see #stereotypes, this provides great freedom for the inspection area: for automated 3D surface measurement, surface inspection or AFM measurement. As always with excellent precision, repeatability and reproducibility, as you would expect from OWIS.   Now, the question is:  ➡️ Should we adopt this development into our standard program?   Here are a few key facts: ✔︎ Compact footprint: 280 x 280 mm ✔︎ Low component height: 75 mm ✔︎ Travel: +/-100 mm ✔︎ Repeatability: < 2µm ✔︎ Speed: 50 mm/s ✔︎ Step motor with ball screw drive, optionally also with measuring system ✔︎ Cleanroom compatible   #OEMsolution #engineering #XYstages #lasersloveOWIS

Compression molding microstructures offers a lot of benefits, especially when it comes to maximizing the functional surface area that our customers care about! Unlike injection molding, Edge's molding technology enables us to do very high aspect ratio geometry for micron-scale features. This means better utilization of the surface area for challenging geometry, like 20 µm hex shaped wells that can be spaced 2 µm apart. This is the difference between fitting only a few hundred thousand features per part versus a few million features---millions of features means millions of data points, which means way more value for the customer. Please follow Edge to learn more about our precision compression molding technology and the materials we use: https://lnkd.in/eggtMm9u #compressionmolding #precisionmanufacturing #microfeatures #deeptech

The Revolutionary Application of Anodized Aluminum Laser Marking

There are a lot of possibilities for catheter construction using this technology I can think of.

In our nearly 45 years of business we've learned a lot, and one of the biggest lesson's we've learned is that, in manufacturing, the more you can control, the better. Thats why, in 2012, we acquired SunRay Ltd. so that we could make their proprietary conductive ink and epoxy, in-house. Why SunRay's conductive ink & epoxy formulas? ✓ Outstanding corrosion resistance ✓ Rapid cure at low temperatures ✓ Stable low resistance traces ✓ High durability If you want to be the best, you have to start with the best - quality materials are critical for producing user interfaces that can withstand the test of time! Check out this video of our conductive epoxy being run through through a three roll mill. This machine is used to intensely mix and adequately disperse the particles while maintaining its specified viscosity. #ConductiveInk #Epoxy #HMI #UserInterface #PrintedElectronics

The production of PVD coating lines offers a wider range of color options.

The Revolutionary Application of Anodized Aluminum Laser Marking

Self Moving Thermoplastic Convex Marking Machine