The Problem
Most shops don't have an inventory problem. They have a visibility problem.
At one New England textile manufacturer, growth had outpaced the old way of tracking material — a mix of memory, paper notes, and spreadsheets that worked fine at a smaller scale but got harder to keep current as the operation expanded.
That gap showed up in hidden capacity. On occasion, the shop held off on orders believing a material was unavailable — when it was on site the entire time, simply stored somewhere that hadn't made it into anyone's notes. Lead times had a similar gap: built on real experience, but without a precise read on what the floor could actually deliver.
Walk the floor, count by hand→Look it up, down to the box
"Probably a couple weeks"→A finish date, calculated
Capacity hidden on the floor→Every material accounted for
That's the shift we build together — not a system that replaces how a shop works, but one that molds to its process and allows for complete control.
Case Study
Inventory & production tracking for a small textile manufacturer
The company — A New England textile manufacturer, roughly 30 employees, running 64 looms.
As the operation grew to 64 looms and a fuller order book, inventory tracking hadn't scaled with it. Material was tracked the way it always had been — by memory, notes, and spreadsheets that worked well enough at a smaller size but were harder to keep current as things got busier.
That gap meant some real capacity was going unseen. On occasion, material believed to be unavailable was actually on site, simply stored somewhere that hadn't made it into anyone's notes. Lead times were built on experience and instinct — accurate most of the time, but without the precision a growing operation benefits from.
Ryder Industrial Systems designed the data structure and workflow for receiving, storage, and issue of materials, with every unit tracked to a specifically assigned section of storage — a question about material on hand is now answered by looking it up, down to the box, rather than searching the building. Alongside it, a production model tracks output and efficiency per loom, generating an expected finish date for an order based on how each loom is actually performing.
Result — Material is always accounted for, with nothing sitting unseen on the floor
Result — Inventory questions are answered from a system, not a floor search
Result — Lead times are calculated from real loom performance
Result — Production is planned line by line, with a level of detail management didn't have before
The system was designed around how this shop actually operates — how material is staged, how it moves, how each machine performs — rather than asking the shop to fit generic software. That's usually what determines whether a system earns a permanent place on the floor.