CNC machining is known for its repeatability when producing parts that meet exact tolerances and design specs. It’s ideal for use in a variety of industries, especially in the robotics industry. CNC machining experts take in the client’s blueprints and specs, then translate the information into a program that the CNC machines follow without deviation.… Continue reading How CNC Machining is Driving Innovation in Robotics
If at first you don’t succeed, try again — this time with a better game plan! That’s exactly what we did with this Inconel 718 part, which was by far our hardest production run in 2024. Achieving the required OD finishes proved incredibly challenging, and maintaining a .002″ tolerance on several ID features pushed our limits.… Continue reading Precision Machining Success: Overcoming Challenges with Inconel 718 and Strategic Production Changes
It is no secret that working with exotic metals can be a difficult task. Materials such as titanium, nitronic steel, and high nickel alloys are prime examples of difficult metals. At Cer-Mac Inc., our CNC turning machinists specialize in machining these incredibly difficult metals. Working with Exotic Metals Properties Exotic metals have several properties that… Continue reading Cer-Mac – Working with Exotic Metals: CNC Machining Best Practices
Discover how Cer-Mac uses advanced Wire EDM and RAM technology to machine precision hexes and intricate ID features for industries like oil and aerospace. Learn how our innovative solutions tackle complex machining challenges with speed and accuracy.
Creating a prototype or proof-of-concept is easier than ever with CNC machines and 3D printers. Both machines can turn a 2D blueprint into a 3D product, but each has its strengths and weaknesses. Sometimes, it’s worth using both processes to prove a concept and find the most cost-effective way to machine a highly precise part. … Continue reading 3D Printing vs. CNC Machining: When to Choose Each for Your Project
Proper material selection is the foundation of optimal product performance and longevity. Through informed material selection, manufacturers and equipment developers stand to maximize product value while minimizing costs and other issues that can arise if the incorrect material is used. So, how can you prepare your production runs for success from the start? Within each… Continue reading Material Matters: Choosing the Right Metals and Plastics for CNC Medical Components
5-axis machining is charting new territory in optimized precision. Striking the ideal balance between production efficiency, component complexity, and material flexibility, 5-axis machining is a giant technological leap that is paving the way for new design possibilities in all sectors. If you have been searching for a cost-effective and customizable solution to achieve your innovative… Continue reading Unleashing Creativity: How 5-Axis Machining Expands Design Possibilities
The nature of dynamic component design is continuously and rapidly evolving through sophisticated automation, AI systems, and equipment advancements. With the rise of increasing machine complexity and engineering ingenuity, the new industry standard has become flawless precision. The advancements in aerospace engineering, computing technology, scalable production, accessible part customization, and other niche factors have dramatically… Continue reading Exploring The Future Of Machining
By carefully removing material with friction-free electrical discharge machining (EDM), the quality of medical component manufacturing is enhanced in several ways. Importantly, contactless machining promotes defect-free part development with broad compatibility for ultra-hard material types and intricate component designs. Unlike traditional machining methods that utilize abrasive force to shape components, our computer-controlled wire EDM systems… Continue reading How Wire EDM Supports Precision in Medical Device Manufacturing
The growing demand for materials that can withstand extreme pressures, rapid temperature changes, and high-friction conditions without failing is met with top-of-the-line machining processes. The machining industry is no longer using just aluminum and hardened stainless steel. Cer-Mac has opened up a range of possibilities for our customers by investing heavily in advanced processes such… Continue reading How Cer-Mac is Enhancing Material Versatility in Manufacturing
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