How ISS Astronauts Stay Cool with Precision Tech
The quadrupole is a pivotal component in mass spectrometry, ultimately determining the device’s success. This compact part can make or break the accuracy of the readings, often with life-altering stakes, and it all comes down to its manufacturing quality and precision. Unfortunately, even the most sophisticated mass spectrometry device falls short without a high-quality quadrupole. […]
The Art of Micron-Level Component Manufacturing
In the world of high-tech component manufacturing, precision is paramount. Meticulous attention to detail enables the creation of intricate components with immense implications. One such example is quadrupoles for mass spectrometry devices. These small yet powerful devices have the potential to save lives, revolutionize industries, and deepen our understanding of the world. While many manufacturers […]
5 Cost-Effective Space Manufacturing Strategies Worth Exploring
Space exploration has always fascinated humanity, from the early days of satellite launches to the latest crewed missions to the International Space Station. However, the cost of building and launching equipment into space remains one of the biggest challenges in the field. As we look towards the future, we predict that the economics of space […]
Unveiled: Top Precision Manufacturing Techniques for Space Components – Part Two
As we covered in Part 1 of this two-part blog series, game-changing precision space manufacturing techniques like 5-axis milling, mill-turn, and cylindrical grinding have the potential to revolutionize the way we discover and understand the universe. These innovative techniques empower engineers and project managers to overcome seemingly insurmountable challenges that can derail space component manufacturing […]
Unveiled: Top Precision Manufacturing Techniques for Space Components – Part One
Game-changing precision manufacturing techniques in the space component industry are transforming how we explore the cosmos, potentially revolutionizing the field. These cutting-edge disciplines enable engineers and project managers to tackle challenges that often throw space component manufacturing projects off course or halt them altogether. The challenges the latest manufacturing techniques address are no small feat, […]
An Engineer’s Guide to Resolving Manufacturing Feasibility Uncertainties
Unchecked manufacturing feasibility uncertainties can throw a mission-critical manufacturing project off course, increasing the risks of project delays, unexpected costs, and late time to market. However, when your engineering design process includes protocols intended to reduce uncertainties before proceeding to full production, your machining and grinding projects have a much greater chance of success. This […]
3 Tips for Expediting the Mass Spectrometry R&D Process
According to a recent global opportunity analysis and industry forecast, the mass spectrometry market is projected to experience measurable growth from 2021 to 2030, with North America accounting for the highest share. Advances in technology, increased private funding, and more government grants for R&D are a few factors fueling this market growth. However, the inherent […]
How We Pulled Off a Near-Impossible Aerospace Manufacturing Feat
We were instantly intrigued when our high-end motor manufacturing customer asked us to produce components for highly confidential defense motors. First, they explained that the tightly controlled tolerances prevented them from manufacturing these aeronautic parts in-house. Then, they revealed that more than 60 other component manufacturers had either refused or tried and failed to produce […]
How 5-Axis CNC Machining Can Produce More Powerful Race Engines
When 23-year-old rookie Austin Cindric ran a thrilling race to win the 2022 Daytona 500 in a wild finish, he debuted the new, highly anticipated NASCAR Next Gen race car. While the engine features the same pushrod V8 engines as outgoing NASCAR cars, one critical aspect changed: power. After a chorus of calls for more […]
