ENENDEGet Started04 Aug 2025Report by Rosie ManfordRelated postsFebruary 5, 2026-BlogIndustrial Applications of 3D Printing: The Ultimate GuideApril 2, 2026-Blog>Press releaseAMFG and LEO Lane Announce Strategic Partnership to Offer End-To-End Secure Workflow Solutions for Additive ManufacturingF

Here is your comprehensive guide to 3D printing surface finishing solutions to help you choose the best option for your rapid prototyping job.3D printing has progressed amazingly in recent years, evolving from a niche and even experimental process to a widely used prototyping and manufacturing techn

Since the early days of additive manufacturing, there has been interest in the technology from the automotive industry. American automaker Ford actually bought the third 3D printer ever made in 1986, marking the beginning of a fruitful and productive relationship between the 3D printing and automoti

Screws and threads are among the most popular fasteners in the world as they allow convenient joining in multiple complicated assemblies. For 3D-printed parts, threads are an important element that can allow the use of off-the-shelf screws and fasteners. However, 3d printing threads and incorpora

The automotive industry manufactures some parts that can only functions when joined to other parts during the assembling process. As a result, automotive part manufacturing relies on designs with high tolerance and incorporates joining mechanism features, of which fasteners are very common.Fasteners

The current human population is consuming energy at a faster rate. Fossil fuels are rapidly depleting and we see increased emissions from global industries. As a result, there is a need to turn to renewable energy sources to help meet the increasing energy demands while ensuring environmental stabil

3D printing has been around for over three decades and is responsible for increased innovation in several manufacturing and prototyping industries. The reason for its potentiated adoption is not far-fetched, as such industries that use 3D printing enjoy reduced material wastage, increased increasing

ABS is a popular and cost-effective 3D printing filament, favored for many 3D printing projects. However, most 3D printers have a drawback: their printed parts lack the smooth finish of injection-molded counterparts. They exhibit a matte, rough surface with visible layer lines, regardless of the cho

3D printing is reshaping the consumer goods industry with its ability to produce tailored and innovative products. This technology allows companies to manufacture a wide range of items, from custom furniture and bicycles to unique wearables and eyewear, with unprecedented precision and customization

Are you familiar with additive and subtractive manufacturing concepts? The Subtractive involves removing materials to achieve the desired shape, whereas additive means building the shape from material layers. Here, 3D printing and compression molding are two additive manufacturing methods. However,

Both injection molding and 3D printing have their own unique pros and cons. This can make it challenging to select a suitable option for your project. If you are looking to create custom prototypes or need to manufacture parts in bulk, 3D printing vs injection molding can save you resources, effort,

3D Printing vs CNC Machining— as a design engineer, you’ll likely face the choice that which manufacturing technique best suits your project? Taking the wrong route can lead to wasted time, cost overruns, or even a failed product.An informed decision, whether a subtractive method like CNC machining

3D printing plays a crucial role in the production of parts across industries. This technology offers precision, consistency, and functionality, making it a mainstream tool in different applications. This article aims to provide detailed information on the designing for the 3D printing process. It d

Choosing the right 3D printing supplier is harder than it looks—and the cost of choosing wrong is high. A single failed part or a 3-week delay can derail an entire EVT/DVT schedule. After analyzing 20+ global providers across SLA, SLS, MJF, FDM, and metal AM, we identified the 10 companies engineers

Developing life-changing medical devices is a profound mission, but translating CAD files into physical prototypes is often derailed by compliance traps and non-verified ISO 10993 materials. Your engineering talent should remain focused on innovating and improving patient outcomes, while a trusted m

Moving from legacy CNC assemblies to consolidated metal 3D-printed components represents a massive leap in aerospace efficiency. However, for a New Product Introduction (NPI) manager, this transition carries the heavy weight of material integrity risks and “Broker Loop” delays. RapidDirect’s 20,000㎡

Winning the 2026 electric vehicle (EV) production race is a monumental engineering feat, but waiting 6 to 8 weeks for an aluminum injection mold for a simple harness bracket kills your Start of Production (SOP) timeline. Your engineering team should be focused on designing the next generation of bre

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