Collaborative Robots Suppliers, Saudi Arabia

What are collaborative robots, and where do Saudi factories use them?

Collaborative robots are robot arms built to monitor their own force, speed and power so that people can work next to them without a full fence, provided the complete application passes a risk assessment. They are part of the industrial automation family for Saudi manufacturers, and demand in the Kingdom comes from plants in the MODON industrial cities of Riyadh, Jeddah, Dammam and Qassim that are automating under the Future Factories Program, as well as from warehouses serving retail and e-commerce.

For high-speed or heavy work, such as bagged cement, fertiliser or petrochemical sacks at line end, a fenced industrial robot for Saudi palletising and welding normally wins on throughput. Cobot tasks that locate parts need machine vision systems, and the scanners and stop circuits around the cell connect to safety controllers and relays.

What makes a cobot application "collaborative" under ISO 10218:2025?

In the 2025 edition of ISO 10218, no robot is collaborative on its own: the robot, its tool, the workpiece and the surroundings together form a collaborative application, and changing the gripper or the part means reassessing it. The maker answers for the arm under Part 1, the integrator for the application under Part 2.

Industry summaries report that ISO/TS 15066 content has been absorbed into the 2025 series, which recognises four ways a person and robot can share space: a safety-rated monitored stop, hand guiding, speed and separation monitoring with safety-rated sensors, and power and force limiting. Saudi buyers should ask which of these the cell relies on and see the validation results, not only the datasheet.

Datasheets help but do not settle the question. Universal Robots states that the UR10e has 23 configurable safety functions designed to EN ISO 13849-1 PLd Category 3, and FANUC's CRX catalogue sets a lower maximum speed in collaborative mode than in high speed mode, with speed to be set from the system risk assessment. A pointed tool or a 15 kg carton can still exceed safe contact limits.

How do Saudi heat, dust and humidity affect cobots?

Cobots are indoor machines, typically rated to 45 or 50 degrees C ambient, so in Saudi Arabia the main risk is placing one in a hot, dusty hall that was never meant for electronics. The controller is usually the first part to suffer.

• Riyadh and Qassim heat: UR's UR10e datasheet gives 0 to 50 degrees C and FANUC's CRX-10iA catalogue 0 to 45 degrees C. Uncooled production sheds in central Saudi Arabia can pass both, so plan cooling for the cell area or at least the control box.
• Eastern Province and Red Sea humidity: plants in Dammam, Jubail and Jeddah see high humidity. UR specifies 90% relative humidity or less, non-condensing; FANUC normally 75% or less with no dew.
• Dust: the UR10e arm and the Omron TM5-900 are IP54, the FANUC CRX-10iA arm is IP67 with an IP54 controller. In cement, gypsum or flour dust, choose a higher rating or a protective cover and keep controller filters on a cleaning schedule.
• Hygiene: dairy and juice plants need a rating suited to washdown and food-grade lubricant where incidental food contact is possible.

Which requirements apply to cobots imported into Saudi Arabia?

As of October 2026, cobots and their controllers entering Saudi Arabia go through SABER where a SASO technical regulation applies, Saudi RoHS covers monitoring and control equipment, and safety follows ISO standards written into the contract. Confirm the route for your HS code with a SASO-approved certification body before shipping.

A cobot shipped as a standalone product is usually assessed on its own for SABER and RoHS, even if it will later be built into a larger line. Wireless approval only matters if the cobot or its pendant actually ships with a radio. The guide to SASO and SABER certificates for industrial equipment explains the steps.

Who supplies collaborative robots in Saudi Arabia?

Cobots are sold in the Kingdom through the makers' regional offices, authorised distributors in Riyadh, Jeddah and Dammam, and integrators who deliver complete cells. Local support matters more than the brand when a cobot stops a line in Jubail at night.

Makers with cobot ranges include Universal Robots, FANUC (CRX), ABB (GoFa), Omron (TM series with integrated vision), Yaskawa Motoman (HC series) and KUKA (LBR iiwa). Ask each supplier how many trained engineers it has in the Kingdom, where spares are held, and whether it will support the gripper and software as well as the arm.

What drives the price and lead time of cobots in Saudi Arabia?

Cobot pricing is driven by the application more than the arm. A tending cell with a simple gripper is a modest project; a palletiser with a lift column, scanners and pattern software costs several times the bare arm.

• Certification: SABER certificates must be in place before customs clearance, so start early on a first import of a new model.
• Stock: small payload arms are more often available from regional stock than heavy palletising models.
• Tooling: grippers and fixtures designed for your product are often the longest lead item.
• Site location: commissioning in Jubail, Yanbu or Qassim adds travel and accommodation for the integrator's engineers if they are based elsewhere.
• Training and support: budget for operator training and a support contract with response times.

The guide to sourcing industrial suppliers explains how to check a supplier's track record. To compare offers, post your requirement with part weights, cycle rate, the hall temperature and the city of installation.

Sources

• Universal Robots, UR10e datasheet
• FANUC, CRX-10iA catalogue
• Omron, TM5-900 collaborative robot
• EVS, collaborative robot safety standards 2026
• ISO 10218-2:2025, robot applications and cells, scope
• ISO 13849-1:2023
• SABER platform (checked October 2026)
• UL, Saudi Arabia wireless regulatory updates
• SASO, guideline to the RoHS technical regulation
• Arab News, program to automate 4,000 factories (September 2022)