01

Automation systems integrator · Eindhoven

Automation systems engineered around the production line you already have.

Vectron designs, integrates and supports robotics, controls, machine vision and production-data systems for manufacturers — specified before they are built, tested before they reach your floor, and supported after handover.

Plan drawing of a two-cell robotic palletizing layout with infeed split, two robots and pallet outfeed
FIG. 1Two-cell palletizing · plan viewPRJ-0312

Founded

2009

Eindhoven, Netherlands

Founded

2009

Eindhoven, Netherlands

Team

≈ 70

Most of them engineers

Team

≈ 70

Most of them engineers

Integration hall

2,400

m²

FAT area and robot test cell

Integration hall

2,400

m²

FAT area and robot test cell

Platforms

14

Controls, robots, vision, data

Platforms

14

Controls, robots, vision, data

02

Start with the problem

What are you trying to improve?

Pick the closest match. The Solution Finder narrows it to solutions, platforms and project records in four short questions.

02

Start with the problem

What are you trying to improve?

Pick the closest match. The Solution Finder narrows it to solutions, platforms and project records in four short questions.

01Increase throughputRemove the bottleneck at end of line, between machines or in manual steps.Solution Finder
02Reduce manual handlingTake people off heavy, repetitive or hazardous work.Solution Finder
03Improve quality & inspectionCatch defects at the station that causes them, with a record per part.Solution Finder
04Modernize obsolete controlsReplace unsupported PLCs, drives and HMIs inside planned shutdowns.Solution Finder
05Improve production visibilityMeasure OEE and downtime causes across mixed machine generations.Solution Finder
06Automate a new lineIntegrate machines from several builders into one controlled line.SOL-12

03

Solutions

SOL INDEX

Solutions in four disciplines.

Organised by the problem they solve, from robot cells to lifecycle support.

03

Solutions

Solutions in four disciplines.

Organised by the problem they solve, from robot cells to lifecycle support.

04

Project record

PRJ-0312

Featured project

04

Project record

Featured project

Industry

Food & Beverage

Application

End-of-line palletizing

Commissioned

Nov 14, 2025

Status

Commissioned

Plan drawing of the two-cell palletizing layout

FIG. 1

End-of-line palletizing

PRJ-0312

Line output raised from 900 to 1,200 cases/h by removing manual palletizing as the constraint.

Line output

900

→

1,200

cases/h

12-week average after SAT · 2 shifts · same SKU mix

Manual palletizing positions

2

→

0

per shift

4 operators/day redeployed to line roles; no redundancies

Cell availability

98.6

%

Rolling 90 days · palletizing cells only, upstream stops excluded

Simple payback

19

months

€410,000 installed ÷ €260,000 estimated annual benefit (client cost data)

05

Industries

IND INDEX

Process knowledge across the industries we serve.

Hygiene in food plants, takt and traceability in automotive, validation in pharma — the constraints differ, and so does the engineering.

05

Industries

Process knowledge across the industries we serve.

Hygiene in food plants, takt and traceability in automotive, validation in pharma — the constraints differ, and so does the engineering.

06

Platforms

TEC INDEX

Engineered on the platforms already in your plant.

We work on what you have standardised on. Each platform states the nature of our experience — nothing more.

06

Platforms

Engineered on the platforms already in your plant.

We work on what you have standardised on. Each platform states the nature of our experience — nothing more.

Experience: delivered projects on the platform. Integrates With: routinely connected into wider systems. No partnership, authorization or certification is implied.

07

How projects run

From site survey to supported system.

Eight steps, each ending with a signed deliverable — so risk is retired in the office and the integration hall, not on your production floor.

07

How projects run

From site survey to supported system.

Eight steps, each ending with a signed deliverable — so risk is retired in the office and the integration hall, not on your production floor.

  1. 01Survey1–3 weeks
  2. 02Specify2–4 weeks
  3. 03Engineer4–10 weeks
  4. 04Build4–12 weeks
  5. 05FAT2–5 days
  6. 06Install1–3 weeks
  7. 07SAT1–4 weeks
  8. 08SupportOngoing
FIG. 2 · Project delivery · Rev A

09

Payback estimator

Estimate simple payback before you ask for a quote.

09

Payback estimator

Estimate simple payback before you ask for a quote.

The estimator turns a few planning figures — operators assigned, shifts, loaded labour cost, investment and maintenance — into a potential labour-cost impact, an estimated annual benefit and a simple payback period, with the formula shown under every result.

It is a planning estimate, not a quotation. An engineer can refine it against your own data.

EX

Worked example · PRJ-0312

Operators assigned

2 per shift

Shifts × hours

2 × 8 h · 250 days

Loaded labour cost

€34 / h

Potential labour-cost impact

€272,000 / yr

Maintenance

−€12,000 / yr

Investment

€410,000

Simple payback

≈ 19 months

Planning estimate only. Actual project economics depend on application, utilization, engineering scope, labour deployment and operating conditions.

Ready when you are

Have an automation project in mind?

An engineer replies within one business day.

Ready when you are

Have an automation project in mind?

An engineer replies within one business day.

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