CNC machining, engineered elastomers, and fabrication under one roof. Our tolerances were proven thousands of feet downhole, where a failed part costs a rig day. The same standard now serves aerospace, defense, robotics, and any industry that demands it.
Most shops machine. Some mold. Very few do both, bond the two together, and own every step from program to final inspection. That integration is the reason a Fifty X part shows up once, correct, and on the date we said.
Multi-axis turning and milling on alloys that punish sloppy setups. Non-magnetic stainless, high-nickel alloys, and tool steels held to prints that leave no room for interpretation.
Proprietary HNBR compounds developed with our own chemists, molded in-house and bonded to the metal we machined. One supplier, one accountability, one signature on the cert.
Weld, straighten, re-machine, re-bond, re-mark, and return to service. Built for the customer whose tool is on a truck and whose rig is waiting.
Outsourcing a step means inheriting someone else's schedule and someone else's excuse. We removed that risk by bringing the work in-house, in sequence, under one quality system.
Our tolerances were forged in one of the hardest environments on earth: the bottom of a directional well. That is the foundation, not the ceiling. The same discipline transfers cleanly to any industry where precision, traceability, and delivery are non-negotiable.
The industry that built us and the one we know best. Specialists, not generalists. →
SAM-registered and JCP-certified. Delivering on DLA contracts today. Ready for the primes' supply chains.
Precision structural and motion components for the machines we're also putting on our own floor.
Machined-and-bonded seals, sleeves, and wear components for pumps, valves, and rotating equipment.
Downhole heat and pressure know-how applied to the next generation of subsurface power.
If you run MWD or directional tools in North America, you already know what we make. New components, rubber centralizers, and the high-demand repair and fabrication work that keeps fleets turning.
We started in 2017 with a single molding press and a proprietary HNBR compound developed for downhole service. Everything since — the CNC capacity, the campus, the robotics — was built to serve this industry better, not to leave it.
Send the print, the failed part, or the field report. You will not need to translate it for us.
Housings, subs, pulser and probe components, sleeves, and non-magnetic drill-string parts in Nitronic 50 and high-nickel alloys.
Molded and bonded in-house on proprietary HNBR. Stocked through our North American distribution partner for fast fleet supply.
Runout correction, re-machining, re-bonding, and re-marking of critical downhole components with documented inspection.
When the tool is on a truck and the rig is waiting. Priority scheduling with clear commitments and live status updates.
"Technology" is in our name because it is in our operating model. We put collaborative robots on the floor in 2025, we mark parts with fiber lasers, and we write our own programs. Every year the shop should be measurably faster, more repeatable, and more capable than the year before. If it isn't, we've failed.
Collaborative robots load and unload our machines so that spindles cut while people solve problems. The roadmap is more cells, longer unattended runs, and consistent throughput.
Permanent part identification on stainless and high-nickel alloys, with documented process recipes. Every critical part can be traced to its lot, program, and inspection record.
Our HNBR compounds were developed with chemists for downhole service, then proven in the field. Material science is a capability we own, not a catalog we order from.
Documented program lifecycle, standardized setups, and first-article discipline. The same part runs the same way whether it's the first piece or the five-hundredth.
We are customer-obsessed. Every investment in technology exists to make our customers' parts more precise, more repeatable, and on time.Ryan Dill, Founder & CEO
Fifty X Technology started in 2017 in Cypress, Texas with one molding press, months of R&D on a proprietary HNBR compound, and a founder who had spent years on the other side of the desk buying downhole components. The first customers came by word of mouth. So did every customer after that.
In 2019 we acquired a local CNC shop and its 30-year machinist, who became a stakeholder. In 2020 we tripled our footprint the week the world shut down and secured our CAGE code. In 2024 we moved into a purpose-built two-building campus. In 2025 we put our first robots on the floor.
Every one of those moves was made to serve customers better — faster response, tighter control, more capability under one roof. Growth to date has been entirely inbound. We intend to keep earning it that way.
Quotes, repairs, hot jobs, or a capabilities conversation. Reach the team directly or use the form and we will respond within one business day.