WORKHRDFRIT, LLC is a computer systems design practice working out of our integration workshop at 1337 E 750 N, Orem - 84097-5480, United States (US). We build the wiring, control logic, sensing and data plumbing that sits between a production machine and the people who run it, so a line behaves the same on a quiet Tuesday night as it does during a rush. Every engagement starts with the playfield: what the machine touches, what the operator sees and every switch in between.
We treat an integrated system as a matrix of switches: every sensor, every actuator, every operator input sits at a known intersection and every intersection has an owner. These are the six service lines we run from the workshop, each staffed by engineers who spend time on the floor rather than only in a drawing tool.
We tie controllers, drives, safety relays and operator stations into one coherent control layer. The result is a production line where start sequences, fault handling and changeover states follow the same logic everywhere, from the panel on the floor to the office dashboard.
Before anyone writes code we map how work actually moves, including the exceptions nobody documented. We then design automated sequences that match that reality, with clear manual overrides where the floor needs a human decision.
Guard doors, light curtains, position sensors and pressure switches are only useful when their signals are trusted. We specify, mount and validate interlock chains that stop a machine for the right reasons and restart it only when it is safe.
We build bench rigs that reproduce the machine signals before the machine exists. Panels are proven against simulated loads, and every change gets a repeatable test so commissioning is a short day rather than a long week.
Counts, cycle times, reject codes and sensor events are captured at the controller edge and moved into storage you can query. No stalled spreadsheets, no guessing at shift performance.
Systems drift after handover, so we stay reachable. Scheduled reviews, spare part lists, wiring diagrams kept current and a phone line that answers during production hours keep the line scoring season after season.
WORKHRDFRIT, LLC opens its winter integration calendar for new production floor work, with survey visits booked in the order they arrive.
A playfield is a careful arrangement of rails, posts and switches, and every part has a job that either sends the ball where it is meant to go or catches a mistake before it becomes expensive. We design integrated systems the same way. The production control integration layer is the rail that carries the line from start to finish. The workflow automation design work decides where the path bends and what happens when an operator calls a halt. The sensor and interlock systems are the posts that keep people and equipment apart when a sequence runs faster than a hand can react.
Underneath those layers sit the habits that make a build survive its first year: test bench engineering so panels are proven before they are installed, data collection pipelines so decisions rest on measured events rather than memory, and maintenance and field support so the whole arrangement keeps answering years after commissioning.
Most of our work is unglamorous and precise. We label every conductor, keep the cabinet documentation matching the cabinet, and refuse to bury a bypass switch where nobody will find it. The goal is a machine that can be maintained by the crew already working the floor, not only by the consultant who installed it.
Our clients range from small fabrication shops running a single cell to regional manufacturers with several lines that must agree with one another. What they share is a need for integrated systems that behave predictably under pressure. We are in Orem, we travel within the region, and we keep the working documents in a place the client can reach after the invoice is paid.
Conductors carry tags that match the drawing set, and terminal blocks are grouped by function. A technician opening the door at two in the morning should not need a magnifier and a guess.
Safety devices are provisioned to stop energy, not just raise an alarm. We test each chain with a deliberate fault and record the result in the handover file, with the test method written down.
Counts and cycle events are buffered locally so a dropped network does not erase a shift. When the link returns the pipeline catches up in order, with a timestamp that reflects when the event actually happened.
We begin every project with a walk through the machine environment, a list of what the control layer touches and a short report on risk. It costs a day and saves months.