Increasing Precision CNC Machining business

In my last 2 blogs I’ve talked about the process of a machined part from start to finish. I will be continuing that series next month but today I’d like to side step a bit and talk about something very exciting that will impact your next project-Lindel Precision CNC Machining is very proud to introduced 2 new machines into our shop. Last week our new Aberlink CMM inspection machine was delivered. The addition of our new Aberlink CMM machine will help eliminate inspection bottlenecks. Measures approximately 20% quicker than standard variant making it ideal for high volume measuring. The Axiom Too HS also utilizes 0.1 um resolution scales on each axis. Incorporated with state-of-the-art error mapping techniques making this machine the most accurate machine produced by Aberlink-making it ideal for measuring tight tolerances.

The other addition to our shop is the Hass 5 axis machine which will allow us to provide faster delivery on complex parts with a better economic value for our customers. Lindel Precision Machining’s growth makes us the ideal partner for your next short run production.  Click on our quote page to submit your request today.

A Machined Part from Start to Finish-Milling and Axis

In this blog I’m going to talk a little about the different milling machines and the axis that are commonly used in a machine shop, but first let’s define a Mill and an Axis.  A mill is a machine tool for rotating a cutter (milling cutter) to produce or formed surfaces on a workpiece, usually by moving the work past the cutter.  An Axis is a fixed reference line for the measurement of coordinates, an imaginary line about which a body rotates (  Now that we know what each of these are defined as let’s talk about the different axis machines and what are commonly used.

In a typical shop you may see a 3, 4 or 5 axis machine.  Since we know the definition of an axis we can begin to think about how these machines work.  A 3 axis machine is designed to hold the raw material stationary while the cutter moves along the axis to make the part.  4th and 5th axis machines are designed to let the part be rotated on different points without the part being touched by the machinist.  This allows for more features to be able to be put into the part and more accuracy in regards to tolerance levels.

In my next blog I’ll talk more about the machined part from start to finish as well as the features and tolerance levels and how these machines make it possible to create the world we live in today.

A Machined Part From Start To Finish

The complexity of a part depends on several factors. The beginning of a machined part is the foundation of a successful product. It all starts with an idea, of course, but that idea needs to be translated properly and accurately in order for the part to have the desired outcome. The universal communication tool that is used is the Partprint and solid model. The prints and model will have everything a machine shop needs to know to understand what the engineer is trying to accomplish, what the final part will look like including any special features that should be added to the part and how the part should function. In my next blog I will talk about the different machine types and how each machine serves a special purpose depending on the part.

Project Management, Making the Change

Project management means a lot of different things to a lot of different people, right? To most it means doing what you say and delivering on time or at least communicating with the client during the stages of production but how many times have you heard, once you submit an RFQ with your requested lead time, that your supplier can meet your delivery request only to have the infamous “crickets chirping” when asked WHERE IS MY ORDER! I would have to guess that 90% of the time reps are just saying what they ‘think’ you want to hear in order to get the sale and then hoping they can deliver. Wouldn’t it be a refreshing change to actually hear the truth from your rep or at least communication during the manufacturing process as to the progress and if you should expect a delay in delivery? Perhaps it’s time for a change. Perhaps it’s time to get some honesty from your rep. But WAIT, that means changing and with changes goes all the paperwork and meetings and bla bla bla…………………and it also comes with a refreshing change of communication and a sigh of relief that you know you won’t have any surprises. That you can actually give your boss the update they’re looking for. Maybe it’s time?

OSIRIS-Rex Our Contribution To Science

Our Contribution to science:

In 2013 Lindel Engineering received a request from the University of Arizona regarding a project that they were working on. U of A was in the development of a camera housing unit that would consequently be launched into space. This camera housing and satellite that it would be traveling in, developed in partnership with NASA, University of Arizona and many others including Lindel Engineering would find itself being launched into space on Sept 8th, 2016. As we approach the one year anniversary of its launch Lindel Engineering would like to share with you a little story behind the project.

The spacecraft, OSIRIS-REx which stands for Origins, Spectral Interpretation, Resource Identification, Security, Regolith Explorer (try to say that fast) was developed to be launched into space to gather information and small samples from Bennu, an asteroid traveling millions of miles from earth. Sounds like a science fiction novel, doesn’t it. The spacecraft would have the assignment to begin a detailed survey of Bennu two months after slowing to encounter Bennu. Yes that means it took two months to slow down in order to be able to start the informational process of gathering the data!
So you are probably asking yourself what did Lindel Engineering have to do with such an amazing endeavor! Well it seems that the OSIRIS-REx camera suite known as OCAMS, a system consisting of three cameras which were provided by the University of Arizona, GO WILDCATS, would need to be equipped with special lenses, no big surprise, right! These housing units are just the type of work that Lindel Engineering specialize in. The housings would consist of many features being built into the part. Because of the complex nature of the housings and the critical nature of the parts, the manufacturing couldn’t be given to just any shop. These housings would need to be manufactured without flaws and to tight tolerances. We are very proud that Lindel Engineering was one of a few that were chosen to partner in this project! Why were these lenses so critical you ask? Well these camera units would be the cornerstone of the operation taking pictures as the mission progressed. They would be providing global image mapping as well as sample site image mapping. One of the cameras that is being used is MapCam-a camera that maps the surface of the asteroid in four colors. PolyCam would also be used-an 8 inch telescope that would be the first to image the asteroid from 1.24 million miles away and if that wasn’t enough, it would also provide high-resolution microscope-like images of the surface! The third camera to be used would be SamCam- a camera that would image the sample acquisition event and examine the sample collector to verify successful acquisitions. And did I mention this would happen as fast as 1.6 seconds! Not only was this an outstanding opportunity for Lindel Engineering in the optics industry but it also help facilitate our movement into the aerospace industry, ultimately leading to our AS9100 certification.

So as you can see, Lindel Engineering is proud to have been a part of such an exciting project and we look forward to our growth and future in the remaining 2017 year as well as many years to follow.

OSIRIS-Rex, Bennu, University of Arizona, Optics, Aerospace, Defense, AS9100, ISO 9001

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