Define what matters
Connect the product, measurement range, operating conditions, and acceptance criteria before selecting the test hardware.
Rocavo / Engineering services
Test fixtures.
Test stands.
Mechanical fixtures, instrumented test stands, and test stations designed around what you need to measure and how the test will run.
The Rocavo AI Engine ↗In development to connect requirements, design, and verification.
Product interfacesInstrumentationTest sequences
AVertical actuatorBInline force sensorCInstrument/control enclosure
01 / The work
Start with what
the test must prove.
A useful test depends on more than selecting an instrument. The product must be held consistently, connected correctly, operated through a defined sequence, and measured against clear acceptance criteria.
- 01
Hold and connect the product
Define locating, clamping, alignment, and electrical or fluid interfaces around the product under test and its handling requirements.
- 02
Bring the measurements together
Coordinate instruments, sensors, loads or motion, data interfaces, and the sequence needed to produce useful measurements.
- 03
Turn a bench procedure into a station
Develop the operator workflow, setup instructions, changeover provisions, and checks needed for an agreed test process.
02 / The Rocavo AI Engine
The measurement starts
with the design.
Fixture mechanics, sensing, wiring, control logic, and data handling all shape a test. The Rocavo AI Engine is being developed to coordinate them around a shared definition of what the system must measure and demonstrate.
Coordinate the setup
Consider alignment, applied loads, instrument connections, operator actions, and software interfaces together.
Plan how to check it
Identify the checks, calibration needs, and physical trials required to evaluate the station against the agreed requirements.
Our internal engineering platform is in active development. Every customer engagement has an agreed scope, review stages, deliverables, and acceptance criteria.
Explore the Engine’s approach ↗03 / Your engineering package
Clear outputs.
A defined handoff.
The proposal identifies exactly what you receive. The following elements can be combined into a focused assignment or a broader system engagement.
Test requirements and sequence
A defined unit under test, measurements, operating conditions, sequence, and acceptance criteria, with unresolved requirements identified for review.
Fixture and stand design
Models and drawings for the agreed mechanical scope, including locating features, interfaces, access, and assembly details.
Instrumentation and controls
Selected instrumentation, connection details, control architecture, and data or software interfaces where required by the test and included in the scope.
Build and verification package
A bill of materials, operating or setup instructions, and an agreed verification plan. Physical test execution and results are included when commissioned as part of the engagement.
Design package or complete system: we agree the responsibility for procurement, fabrication, assembly, integration, and physical testing before work begins. File formats, review stages, price, and schedule are part of that scope.
04 / How an engagement starts
A clear route
from brief to scope.
Bring what you have. We can identify the missing decisions together before detailed work begins.
- 01 / BRIEF
Share the task
Tell us what is being tested, which measurements matter, and how the setup will be used. Include available product drawings and your current test procedure.
- 02 / SCOPE & REVIEW
Agree the work
Define deliverables, responsibilities, review points, acceptance criteria, timing, and price. A first phase can resolve feasibility or requirements.
- 03 / ENGINEERING
Develop and review
Review the design at agreed stages, resolve feedback, and prepare the contracted engineering package or system handoff.
Before you begin
Useful questions.
What do you need to scope a test fixture?
Start with the product or its drawings, what you need to measure, and any existing test procedure. Accuracy, applied loads, cycle time, utilities, operator steps, and pass/fail criteria help establish the design. We can help clarify requirements that are still open.
Can the design use our existing instruments or software?
We can assess that as part of scoping. Share the equipment models, interfaces, software environment, and any constraints on changes. Compatibility and integration responsibilities are agreed before the design proceeds.
Will you deliver drawings or a working test station?
Either may be scoped. An engineering package defines what your team or supplier will build; a system-delivery engagement also assigns responsibility for procurement, assembly, integration, and agreed acceptance testing.
Start with your requirements
What does your
project need to do?
Tell us what is being tested, which measurements matter, and how the setup will be used. Include available product drawings and your current test procedure.
Send your requirements