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Saudi Arabia’s Standards, Metrology and Quality Organization (SASO) updated its mandatory standard SASO IEC 62061:2026 on April 24, 2026, introducing a new requirement for collaborative robots (cobots) entering the Saudi market: all imported cobots must now comply with Performance Level d (PLd) functional safety certification. The regulation takes effect on August 1, 2026. This development directly affects manufacturers, exporters, and certification service providers engaged in industrial automation, robotics, and machinery supply chains targeting Saudi Arabia.
On April 24, 2026, SASO published the revised SASO IEC 62061:2026 standard titled “Functional Safety of Electrical/ Electronic/ Programmable Electronic Control Systems for Machinery.” The update explicitly mandates PLd-level safety certification for all imported cobots. Certification must be issued by a SASO-recognized laboratory and delivered as an electronic certificate bearing a unique identification code. The effective date is August 1, 2026. As of the update’s publication, only four laboratories based in China have received SASO authorization for this certification scope, and average certification lead times exceed 12 weeks.
Exporters supplying cobots into Saudi Arabia will face mandatory pre-market conformity assessment. Non-compliant units will not be cleared through customs after August 1, 2026. The impact includes extended time-to-market due to certification backlogs and potential shipment delays if certificates are not obtained prior to dispatch.
Cobot manufacturers — especially those headquartered outside Saudi Arabia but shipping globally — must now ensure their Saudi-bound units undergo PLd verification under SASO’s specific implementation rules. This may require design or documentation adjustments beyond generic IEC 62061:2021 compliance, particularly regarding validation evidence accepted by SASO-recognized labs.
Labs and conformity assessment bodies supporting cobot exporters must verify whether they hold current SASO recognition for SASO IEC 62061:2026. Only four China-based labs are confirmed authorized at publication; others must either apply for recognition or partner with an approved lab — both options entail administrative lead time and capacity constraints.
Distributors acting as local representatives for foreign cobot brands bear responsibility for ensuring imported units carry valid SASO-issued electronic certificates. They may need to coordinate closely with overseas suppliers to align production, labeling, and documentation timelines with the August 2026 deadline.
While the standard’s legal mandate is confirmed, SASO has not yet published detailed technical guidance on acceptable test methods, documentation formats, or interpretation of PLd requirements specific to cobot applications. Companies should track SASO’s official portal and notifications for updates before finalizing certification strategies.
Given current lab capacity (only four authorized labs, >12-week backlog), companies should identify priority SKUs early and initiate applications well ahead of the August 1, 2026 deadline. Certifying low-volume or legacy models first may delay clearance for higher-demand units if lab slots fill up.
The April 24, 2026 publication marks formal adoption — not a draft or consultation phase. However, enforcement mechanisms (e.g., customs inspection protocols, penalties for non-compliance) remain unspecified. Businesses should treat the requirement as binding while preparing contingency plans for possible phased enforcement rollout.
Companies should confirm lab engagement terms — including electronic certificate issuance workflow, data submission requirements, and revision policies — and integrate these steps into procurement and shipping schedules. Delays in certificate generation could halt customs release, even if physical goods arrive on time.
From an industry perspective, this update signals SASO’s increasing alignment with international functional safety expectations for human–machine collaboration — but with localized enforcement rigor. Analysis来看, the narrow pool of authorized labs and extended lead times suggest capacity constraints rather than technical ambiguity; the bottleneck appears procedural and infrastructural, not conceptual. Observation来看, the timing — just over three months between publication and enforcement — indicates SASO expects stakeholders to act immediately, treating the April date as the de facto start of implementation planning. It is better understood as a binding regulatory milestone than a preliminary warning: the requirement is confirmed, the timeline is fixed, and the certification pathway is narrowly defined. Continued attention is warranted because further clarifications — especially on transitional arrangements or lab accreditation expansion — may emerge before August 2026.
This update underscores how national standardization bodies are tightening functional safety enforcement for emerging automation technologies in key growth markets. For cobot suppliers, it represents not merely a technical checkbox, but a material factor in market access planning for the Gulf region. At present, the most appropriate interpretation is that SASO has established a firm, non-negotiable entry condition — one requiring proactive, lab-coordinated action rather than reactive compliance.
Source: Official SASO announcement of SASO IEC 62061:2026, published April 24, 2026. Status of authorized laboratories confirmed via SASO’s publicly accessible laboratory recognition list as of April 2026. Certification lead time data reflects publicly reported wait times from authorized labs. Further details on enforcement procedures and transitional provisions remain pending and are subject to ongoing observation.
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