Tonight I'm playing with the Talbert Big Band in Winona. I always forget to post performances, but today I remembered!

Getting excited for our upcoming roadtrip to include masterclasses in Kansas City, Houston, Austin and the Satchmo Jazz Fest in New Orleans! I'll be bringing a special trumpet in honor of the Satchmo fest...

Every few days, weeks or months I start thinking, "what next?". That's likely how I came to be the owner of Harrelson Trumpets in the first place, one thing led to another and so on. I received news last month that the small machine shop in Portland, Oregon whom I have worked with very closely over the past 6 years is letting me go as a customer. It seems that by continually producing more and more of my own parts, while our orders with the machine shop were shrinking in size and profitability (for them), they decided we were not a good fit for their business. I asked the owner what changed and much to my surprise, he has seen a huge increase in machining orders. This is good news for him (and US manufacturers) and probably good for me too. Now I know what comes next...a new cnc turn/mill center!

Here's where things become challenging. The new cnc turn/mill center I would ideally purchase to produce the very best parts using completely new innovative designs costs almost $600,000 from a US manufacturer. Hmm...I charge a fair price for my horns. I build each of them myself and you'd think there's a lot of profit, but there isn't. My horns are expensive because they require so much time to design, machine, assemble, test, etc. so there is very little profit at the end of the day. So how do I come up with $600k for a new cnc machine that will change the brass world as we know it? The simple answer is, "I don't".

So here are my ideas and I'd appreciate feedback from anyone and everyone reading this entry. I pretty much have my mind up on what I'm going to do, but here are all of my current considerations...

1) Hire another machine shop to make parts to maintain our status quo (I hate this option)

2) Increase production slightly by charging considerably more for custom artwork and special designs, which will result in more time at my bench (building trumpets) and less time in front of computers (creating new designs). Save the profits from the extra sales from increased production and purchase the new machine with cash.

3) Go to the bank and finance the machine. I take pride in the fact that I have never borrowed a penny to purchase a machine or equipment. This means a lot to me and even though most of our society borrows for large purchases, I have always bought cars and machines with cash I have saved. Owing money to anyone is generally against my code.

4) Start a "Kickstarter" campaign on www.kickstarter.com where I pre-sell the world's most innovative 5-piece modular mouthpiece system and if all goes well purchase a less expensive machine made outside of the USA. (sadly, a machine made outside the USA is probably the only option)

5) Accept private investments from friends and clients (who have been requesting to invest in my company for years!) and reward them with new mouthpieces and possibly even a trumpet based on their investment. What other investment opportunity pays interest AND a free horn? (even though this goes against my investment rule, it would be very rewarding to partner with people who believe in my work rather than a bank AND this would give me the opportunity to test designs directly with investors who have a stake in the success of my products. Win-win.)

At the end of the day, I have already temporarily solved the problem so Harrelson Trumpets clients do not experience much of a delay, if any, on their trumpet, trim and mouthpiece orders. I am currently building a complete vertical lathe system of my own design as a custom option on my VMC. This simply means my vertical milling center will become a vertical lathe within 2-3 minutes of jig and chuck installation allowing me to cut everything we currently have in production quickly and easily. However, this only maintains status quo AND it ties up a machine that was designed (and is used) to produce many other important parts. I can retrofit my machine to do a million different things, but in reality it will be tedious as a solution to this problem considering the high number of cnc turned parts we currently have in demand. Problem solved, for today!

But tomorrow, "what comes next"?