Robotic arms & cobots · Saudi Arabia & MENA

Industrial robotic arms and cobots for your application.

Choose a robotic arm or cobot for a defined operation. Payload, reach, tooling and cycle time work together; the arm alone is not a ready-to-run production cell.

Explore the selection
In the selection4 models
Universal Robots UR20 long-reach collaborative robot on a clean studio background
Universal Robots UR20

The application

What needs to get done?

Start with the workflow. These are different applications, not a ranking of interchangeable robots.

Selection logic

Four checks before the shortlist.

  1. Part plus tooling

    The gripper, cables and part all contribute to payload and loading at the wrist.

  2. Working envelope

    Check every pose and approach path, not only the straight-line reach.

  3. Cycle and consistency

    Define the takt time, part variation and acceptable quality before a trial.

  4. Whole-cell safety

    Assess the tool, part, process and people around the arm; a cobot label is not a safety plan.

Your site. One project.

Specify the cell, not just the arm.

Send the operation, part geometry, weight, target cycle and equipment it must work with.

Product selection

Meet the shortlist.

4 models in this selection. Open a product for its exact specifications, configuration and commercial options.

Browse the complete robot catalog

Compare the approaches

Cobot or industrial robot arm?

ApproachThe jobWhat to establish
Collaborative application ↗A task designed around controlled human interaction.Application risk assessment, tool hazards and safe operating limits.
Industrial cell ↗A repeatable production task with engineered access and protection.Guarding, part presentation, cycle time and system interfaces.
Complete workcell ↗An arm combined with tooling, fixtures and process equipment.Sample trials, commissioning and acceptance criteria.

Payload includes the gripper, adapters and carried part. Reach must work throughout the required motion, not just at one position. Budget separately for the robot, tooling, stand, vision where needed, safeguarding, programming and commissioning.

What should a robotic arm quotation include?

Identify the exact arm and controller, end-of-arm tooling, fixtures, safety measures, software and installation scope. Define a test using your parts and target cycle. A cobot label does not remove the need to assess the complete application.

How we plan a robotics project ↗

Four ways to deploy

Choose the model. Then the terms.

All four options can be requested. Configuration, availability, minimum term and service scope are confirmed in your quote.

01

PurchaseEquipment ownership

Own the equipment. The quote defines configuration, deployment and the service package.

02

Short-term rentPriced per day

Use a robot for an agreed period. Confirm dates, availability, minimum term and setup costs before booking.

03

Long-term rentPriced per month

Plan for ongoing operation. Equipment, contract term, maintenance and responsibilities belong in the proposal.

04

RaaSManaged monthly model

Combine the robot with deployment and an agreed operating and service scope. Define monitoring, maintenance and performance measures for your site.

Before you choose

Questions worth asking.

Does a cobot mean no guarding is needed?

No. The application risk assessment determines safeguards. Sharp tools, hot processes, heavy parts and crushing points can still require guarding or other protective measures.

What else is needed besides the arm?

Typically tooling, mounting, fixtures, controls and application software. Vision, feeders and safety devices depend on the task.

How do we choose between payload and reach?

Both must work at the required poses, with the complete tool and part load. Validate the application layout and cycle rather than selecting from one headline number.

From selection to deployment

Let’s match the solution to your site.