You already measure, and you measure well. Then a new program lands, the tolerances tighten, or the volume doubles, and a process that has held for years starts to strain. We find where it will break first and what it takes to expand it.
A good share of the capacity we find in mature operations costs nothing to unlock. It is in sequencing, fixturing, method, alignment strategy, and who does which part of the work. We look there first, because it is faster and because it tells us what the remaining capital actually has to solve.
Nothing is broken when this call comes in. The measurement group is competent, the equipment is capable, and the reports go out. What has changed is what the plant is being asked to build, and the process was sized for the old answer.
Tolerances, materials or geometry the current process was never sized for, and a schedule that assumes it will cope.
Volume climbs and measurement is suddenly the step everything else waits on.
A cell, a robot, an automated inspection routine. Nobody is certain yet what it does to accuracy or who verifies it.
Skilled inspectors are hard to hire and slow to train, and coverage depends on two people who never take the same week off.
Measurements get collected and decisions still wait on somebody hand-building a report.
A mature operation rarely needs to start over, and we have no incentive to tell you otherwise.
We take no commissions from any manufacturer, so there is nothing on our side pushing toward new capital. The work is to find the smallest change that removes the constraint, and to be specific about which constraints are worth removing at all.
Sometimes the honest answer is that the process will hold and the schedule is the real risk. We will tell you that too.
Walk the floor, time the real cycle, and record how the current process behaves under the load it already carries.
Take the incoming program, the new tolerances or the new volume, and put numbers to what it asks of the process.
Compare the two. The constraints fall out in order, and most of them are not the ones people expected.
A written plan: what to change, what it costs, what it buys back, and the order to do it in.
An outside read. Groups that run the same process every day are the last to see where it is quietly constrained, because the workarounds have become normal. We come in with no history, put numbers to the cycle, and compare it against what the incoming work demands.
No. We take no commissions from any manufacturer. A large share of the capacity we find is in sequencing, fixturing, method and staffing, which costs nothing in capital. When new equipment is genuinely the answer, the report says what it has to solve and why the alternatives fall short.
The assessment is for finding where dimensional error is costing you in a process that is not performing. This engagement assumes the process performs and asks whether it will keep performing under new tolerances, new volume, or a new program. Different starting point, different question.
Yes. We work on measurement inside automated cells and robotic systems, including which instruments and sensors hold accuracy in that environment and how it gets verified over time. Integrator-level depth comes through the nSIGHT Network.
Most run a few weeks from floor visit to written plan, depending on the number of lines and the size of the program coming online. We scope it before you commit.
A written optimization plan: the constraints in the order they will bind, the changes that need capital and the ones that do not, a staffing and coverage plan, and the sequence to run it in.
If a program, a tolerance change or a volume increase is heading for a process that is already full, a short conversation is the cheapest place to start.
Not sure yet? Book a free 20-minute fit call. We’ll tell you honestly if you don’t need us.