01Semi-automatic platforms
Targeted industrialisation with operator access and controlled process steps. The lowest initial investment that still holds final quality.
One process / one station
Capabilities
Automation designedaround the process,not the catalogue.
Custom machines are specified backwards from the part: what it is made of, how it must be joined, what has to be proven before it moves on, and how many the line has to produce.
One process, one line, or the whole plant
The right level of automation is a commercial decision before it is an engineering one. VEEMAP builds at all three scales and will say which one a requirement actually needs.
01
02Fully automatic lines
Indexed or continuous motion, integrating assembly, testing, inspection and material movement into one controlled sequence.
Multiple processes / one line
03Complete plants
Machines, conveyors, quality systems, controls and connected data designed together as one manufacturing environment.
Production system / plant scale
Engineering disciplines
01Mechanical design and mechanism development
02Electrical engineering and panel build
03Controls and PLC programming
04Robotics and motion
05Machine vision and inspection
06Production data and dashboards
Delivery lifecycle
Step 01Understand the requirement
Step 02Design
Step 03Manufacture
Step 04Assemble and integrate
Step 05Trial and production test
Step 06Commission and support
Rate and flexibility pull against each other.
A line built for one product at maximum rate will not change over quickly; a line built to run six variants will not match the rate of the dedicated one. Which one wins is a design decision taken early rather than a setting adjusted later.
VEEMAP designs for the point on that curve the requirement actually needs, using indexed or continuous motion, multi-track architectures where the part count demands it, tooling that changes as a set, and parameters held as recipes in the controller rather than set by hand at the machine.
Indexed or continuous motionMulti-track architecturesTooling that changes as a setRecipe-driven parameters
Verification
Designed into the sequence.
Verification is designed into the sequence rather than added at the end of it: dimensional checking, machine vision, leak and functional testing, controlled reject handling, and traceability tied to the part rather than to the batch.
The line should be able to explain itself.
Production data is integrated where the requirement justifies it, not by default. Machine data is collected locally, retained under the plant’s own firewall policy, and made available to cloud analytics where scale or multi-site reporting calls for it.
Dashboards are built to the use case rather than to a template: production state, output trend, good and reject counts, inspection results, station health and alarm categories. Operators read them locally at the HMI; engineering and management read the same data through SCADA and dashboard platforms including Zenon and WinCC.
Line state
Running
Good count
18,420
Rejects segregated
212
First-time pass
98.9 %
Station health
Illustrative data. Authored to show what a VEEMAP dashboard reports — not measurements from a delivered system, and not a performance claim.
Sectors
Start a project.
The most useful first message describes the product, the process step that is constraining you, what has to be verified before a part moves on, how many variants you run, and the production context you are targeting.
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