Interview

SendCutSend founder James Belosick: 9-figure revenue, profitable, and 100% US-made custom metal parts

Aug 28, 2025 with James Belosick

Key Points

  • SendCutSend generates nine-figure revenue, remains fully self-funded and profitable since 2018, with 350 employees across 22 US states.
  • Founder James Belosick rebuilt equipment software from scratch rather than relying on vendor systems, an approach machine makers initially rejected then copied.
  • SendCutSend applies uniform pricing and turnaround to all customers regardless of size, giving Fortune 500 firms worse terms than competitors while democratizing access to industrial capacity.
SendCutSend founder James Belosick: 9-figure revenue, profitable, and 100% US-made custom metal parts

Summary

SendCutSend is generating nine-figure annual revenue with roughly 350 employees, is fully self-funded, and has been profitable since its founding in 2018. The company operates out of Reno, Nevada, with additional facilities in Paris, Kentucky and Arlington, Texas, covering approximately 200,000 square feet of manufacturing space. Every employee, including remote and support staff, is based in the US, spread across 22 states.

Founder James Belosick started the business not from a strategic thesis about domestic manufacturing but from a personal frustration: he needed custom metal parts made in small quantities and could not find a vendor willing to accommodate high-mix, low-volume orders without an eight-week wait or a minimum order of thousands of units. His background in software, not manufacturing, turned out to be the structural advantage.

Software-First Manufacturing

Belosick and his team approached factory operations as engineers, not as traditional manufacturers. That meant rebuilding the software layer controlling their equipment from scratch rather than relying on vendor-supplied systems. Early machine vendors refused to sell to SendCutSend after seeing the planned approach; months later, the same vendors were asking to be taught the method. The company explored licensing its software but concluded the stack is too tightly coupled to its own operational model to be portable.

The operating philosophy centers on optimizing material utilization and machine uptime through a hybrid of automation and human labor. Belosick argues both over-automation and over-reliance on headcount are failure modes, and that finding the right balance between the two is where efficiency gains are captured.

Capital Discipline Over VC Velocity

SendCutSend has never raised venture capital. Belosick describes his financial model as a lemonade stand: sell enough product, reinvest profit into machines, repeat. He explicitly warns that manufacturing is a context where VC capital accelerates cash destruction far faster than software, given the CapEx intensity. The company is now expanding into CNC machining, which Belosick describes as an order of magnitude more expensive than its existing sheet metal operations, and expects rapid capacity expansion over the next few years, still without outside capital if possible.

Belosick has resisted the hype cycle deliberately. Despite having customers across 60 to 70% of the Fortune 500 and parts in orbit, at the bottom of the ocean, and in Antarctica, the company has maintained a low public profile until recently.

Uniform Service Model

SendCutSend explicitly does not tier its service by customer size. The operating analogy Belosick uses is In-N-Out Burger: a short menu, consistent execution, and no special treatment for large accounts. Fortune 500 customers receive the same terms and turnaround as an individual hobbyist. That means large enterprise customers get worse service than they are accustomed to elsewhere, while small builders get access to infrastructure typically reserved for high-volume buyers.

The model is designed to grow with customers from prototype stage through scale, and Belosick views the eventual decision by a large customer to bring manufacturing in-house as a signal to keep scaling, not a competitive threat to manage.