Choose the right cobot solution

Start with the production task. Explore palletising, welding automation and flexible industrial cobot applications.

Cobot palletising and depalletising for your production line

Q-botics helps manufacturers assess whether a cobot palletizer fits their production process. The configuration is discussed around the boxes, pallet pattern, available space, required pallet height and material flow.

PalletisingConfigure a solution around the products, pallet pattern and handling requirements of your line.
DepalletisingDiscuss recipe-based or vision-assisted options where product flow and handling require it.
Integration and safetyAssess the layout, tooling and safety measures needed for the chosen application.
Discuss your palletising application
Q-botics cobot palletizer for palletising and depalletising

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Cobot palletizer for industrial palletising

How to assess a cobot palletizer for your production line

A palletising project is not chosen by robot type alone. Q-botics starts with the product, pallet pattern and line layout to determine whether a cobot palletizer is a suitable solution.

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    Product and load — box dimensions, weight, surface and handling method help determine suitable tooling.
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    Pallet pattern and height — discuss layer pattern, pallet dimensions and the required pallet height; configurations can be assessed up to 2.5 metres.
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    Line layout and material flow — available floor space, infeed and outfeed, and manual interaction all influence the layout.
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    Safety and integration — tooling, guarding and safety measures are considered for the specific application and work area.
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    Product variants and changeovers — different box sizes and pallet patterns should be included in the application discussion from the start.

Discuss your palletising requirements

Palletizer options to assess for your application

Some palletising lines need more than picking boxes and placing them on a pallet. These options are assessed where they support the material flow, product handling and layout of the application.

Depalletising

Where products arrive on pallets, a depalletising step can be considered to feed a process or conveyor line.

  • Product and layer presentation
  • Box condition and handling method
  • Conveyor handover and line flow

Layer sheets and inlays

Layer sheets or protective inlays can be discussed when the pallet pattern, product stability or transport requirements call for them.

  • Sheet material and dimensions
  • Placement between selected layers
  • Handling alongside the main palletising task

Multiple product flows

When more than one infeed or product stream is involved, the pick sequence and pallet pattern should be assessed as part of the full line layout.

  • Available infeed positions
  • Product sequencing and changeovers
  • Tooling and reach requirements

Discuss your palletising application

Tooling for the product you handle

Tooling is selected around the box dimensions, weight, surface and the number of products handled in each cycle.

A suitable end effector is discussed together with the pallet pattern, production flow and required handling.

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What a robot palletizer should solve

Production planning for a robot palletizer

Production need

Assess the current palletising task, product volume, shift pattern and manual handling before choosing an automation approach.

Pallet pattern and line layout

Product, pallet and layout

Box dimensions, pallet pattern, required height and available space determine the reach, tooling and layout to discuss.

Safe robot palletizer integration

Integration and safety

Consider infeed and outfeed, operator interaction, tooling and safety measures as part of a workable palletising application.

Q-botics cobot solutions for palletising, welding and industrial automation

Explore Q-botics cobot solutions

Q-botics supports manufacturers with cobot palletising, welding automation and flexible industrial robot applications. Each solution starts with the process, product handling and integration requirements.

Cobot PalletizerFor palletising and related handling applications.Welding CobotFor suitable recurring welding tasks and workpieces.X Series CobotFor flexible industrial cobot applications.
Discuss your application

Q-botics - Cobot de soudage


✔️ Protection extrême (indice IP65)

✔️ Sûr et fiable

✔️ Rigidité accrue

✔️ Précision accrue et vitesse améliorée (±0,02 mm)

✔️ Apprentissage et utilisation faciles

✔️ Plus convivial

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À propos de Q-Botics

Chez Q-botics, notre mission est de rendre l'industrie plus intelligente, plus sûre et plus efficace. Nous créons des solutions d'automatisation qui simplifient les processus complexes, réduisent le travail manuel et augmentent la productivité dans tous les secteurs manufacturiers. Précision, fiabilité et haute efficacité sont au cœur de tout ce que nous faisons.

Nos systèmes de cobots sont conçus en accordant la priorité absolue à la sécurité. Nous proposons une gamme d'options de sécurité avancées, incluant des capteurs intelligents, des systèmes de protection et des mécanismes de sécurité réactifs, garantissant ainsi le plus haut niveau de protection par rapport aux autres solutions du marché. Avec Q-botics, les opérations se déroulent de manière fluide et sécurisée, avec un risque d'accident quasi nul.

From application to implementation

  • 1. Assess the production task

    We start with the product or workpiece, the recurring task, available space and production flow.

  • 2. Define the right configuration

    Together we assess tooling, pallet patterns or welding fixtures, safety measures and integration requirements.

  • 3. Prepare implementation

    The agreed solution is prepared around the site, installation planning and the people who will work with it.
Discuss your application