Industrial robots · Saudi Arabia & MENA

Industrial robotics for production and material handling.

Start industrial robotics planning with a repeatable production task. Define the part, cycle, quality requirement and shift pattern before selecting a platform.

Explore the selection

Universal Robots UR30 high-payload collaborative robot on a clean studio background — Universal Robots UR30

The application

What needs to get done?

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

Automate a workstation

For repeatable loading and handling around a machine or fixture.

Explore Universal Robots UR20

Connect production stages

Move materials between stations without redesigning the task around a robot brochure.

Explore PUDU T300 Standard / Lifting

Build an application cell

Bring tooling, fixtures, controls and safety into one project scope.

Explore W Cobot Palletizing Cell

Selection logic

Four checks before the shortlist.

Process baseline
Measure cycle, waiting time, defects and intervention in the current process.
Part variation
Document the range of parts, presentation and changeover frequency.
Line interfaces
List machines, conveyors and controls with which the cell must exchange signals.
Acceptance test
Agree output, quality, safety and recovery criteria before installation.

Your site. One project.

Turn one production bottleneck into a scoped project.

Share the operation, parts, current cycle and the result you need to improve.

Product selection

Meet the shortlist.

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

Universal Robots

Universal Robots UR30

Payload30–35 kgReach1,300 mmView product

Universal Robots

Universal Robots UR20

Payload20–25 kgReach1,750 mmView product

Pudu Robotics

PUDU T300 Standard / Lifting

Rated payload300 kgStandard passage60 cmView product

OTTO by Rockwell Automation

OTTO 600

Total load600 kgBody width700 mmView product

Collaborative robotic arm tending an industrial machine

W—ROBOTICS

W Cobot Machine Tending Cell

MachineInterface-matchedCycle timeTrial-validatedView product

Collaborative robotic palletizing cell handling cartons at the end of a line

W—ROBOTICS

W Cobot Palletizing Cell

LoadSite-matchedLine rateTrial-validatedView product

Explore all 8 models in this selection

Browse the complete robot catalog

Compare the approaches

Choose the production process to automate

Approach	The job	What to establish
Handling and transfer ↗	Repeated movement of parts or materials.	Part presentation, weight, fixtures and line handoffs.
Machine tending or process work ↗	An agreed loading, welding or palletizing cycle.	Machine interface, process equipment and acceptance samples.
Internal material transport ↗	Moves between receiving, production and dispatch.	Carriers, routes, dispatch and line-side delivery.

Build the business case from cycle time, utilisation, rework, changeovers and staff tasks. Include integration downtime, training and maintenance. Robotics for one operation is not a promise to deliver every PLC, SCADA or MES requirement of a factory.

Which production task makes a useful first robotics pilot?

Choose a repeatable operation with stable inputs, a measurable baseline and a clear acceptance test. Confirm that the expected benefit remains after setup, interventions and changeovers. Scale only after the task performs under representative production conditions.

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.

PurchaseEquipment ownership

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

Short-term rentPriced per day

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

Long-term rentPriced per month

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

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.

Should we start with a robot or a process study?

Start with the process. An unstable feed, poorly presented part or unclear acceptance standard will not be solved simply by adding a robot.

Can an industrial robot work alongside staff?

That depends on the whole application and its risk assessment. Tools, parts, speed and access determine the safeguards.

Can transport and a robot arm work together?

Yes as a designed system, but handoff geometry, signals, timing and fault recovery must be engineered and tested. It is not implied by buying compatible-looking products.

From selection to deployment