2026 Logistics Robots: A Better RFQ

Published: 2026-10-24 15:56:03 (UTC+8). Source review cutoff: 24 October 2026, 15:55 China Standard Time (UTC+8). This procurement brief draws on the official announcements linked below, dated 19–22 October. The questions and proposed evaluation process are ZHILIANHAI editorial guidance, rather than supplier specifications or independent performance findings.

Editorial cover illustration; not a product or installation photograph.

Three announcements, three different buying decisions

Teradyne Robotics and Sereact announced a partnership on 21 October pairing Universal Robots arms with Sereact's Cortex platform for retail and logistics tasks. KUKA and KOMSA announced an AMR-focused channel partnership on 22 October, with German small and medium-sized businesses among its intended customers. Separately, Sonair described beRobox's arm-mounted sensing module for PALTZ palletizers in a 19 October announcement. These are different application and delivery models; they should not be treated as interchangeable offers.

The announcements help identify questions worth asking. They do not establish a price, delivery commitment or verified result for a reader's facility. A warehouse buying a picking cell, a factory buying mobile transport and a packaging business buying a palletizer need separate scopes. Start with the operation and its evidence requirements before asking a supplier to propose equipment.

1. Define the complete task boundary

Describe what enters the process, the condition in which it arrives and where it must end up. For picking, record the range of item sizes, packaging, presentation and destinations. For transport, describe loads, carriers, pickup and drop-off points, routes and operating hours. For palletizing, document boxes, pallet formats, stacking patterns and the manual actions around the cell. Mark unknown conditions as requiring a survey rather than filling them with estimates presented as measurements.

Next, draw the boundary between the proposed equipment and the existing operation. Does the scope include identification, inspection, a conveyor connection, a door interface or an update in the warehouse system? Who handles rejected items? Who restores an interrupted order? The phrase “automated handling” is too broad to compare bids unless both suppliers are pricing the same sequence and the same responsibilities.

2. Prepare representative samples and an exception list

Ask operations staff to help choose the trial material. Include normal work and difficult cases that occur in the real process. Record the sample mix so that a later demonstration can be compared fairly. The proposed scope should also identify items that are deliberately excluded, such as damaged packaging or goods requiring a separate manual inspection. An explicit exclusion is more useful than an undefined promise to handle everything.

Agree how failures will be recorded before testing begins. Keep counts of completed tasks, manual interventions, dropped or damaged goods and incomplete business-system transactions. Separate processing time from waiting, replenishment, changeovers and recovery. The appropriate acceptance thresholds depend on the application and must be agreed by the project parties; this article does not supply a universal success rate or throughput target.

3. Compare a complete delivery package

Request a breakdown covering equipment, end effectors, sensing, control, software licences, integration, installation, training and continuing support. Ask whether a subscription is charged by robot, cell, site or period, and which updates are included. Identify the network and computing requirements and the agreed behaviour during an interruption. These questions apply to both conventional automation and systems marketed with AI capabilities.

For a cross-border project, record the destination, contracting entity, site language, planned delivery period and available local resources. Ask who provides transport, onsite work, documentation and operator training. The project team should verify applicable requirements with qualified advisers. A regional partnership announcement does not prove that a product is available, supported or authorised for sale in every other territory.

4. Verify the actual supplier roles

A robot manufacturer, software provider, distributor and integrator may each contribute to a proposal. Identify who signs the contract and who is responsible for each deliverable. Verify any claimed authorisation for the relevant product, territory and period through the brand's appropriate channel. A directory entry, a training certificate or an unrelated case study is not enough on its own to establish current authority or delivery capability.

Ask for a named service contact, a documented escalation process and a clear description of spare-parts and software support. If several organisations share the delivery, request one responsibility table rather than relying on separate presentations. The table should cover planning, configuration, interfaces, commissioning, acceptance, maintenance and changes after handover. Unassigned tasks are a practical risk even when the individual components are well documented.

5. Keep safety assessment and operating evidence connected

Have the responsible project professionals review normal operation, changeovers, access for maintenance and recovery from faults. A component's certificate or a promotional demonstration does not establish that a complete installation meets the needs of a particular site. Request documentation for the proposed configuration and have its scope checked by the people responsible for the installation. Do not copy a public demonstration as an operating procedure.

The acceptance record should identify the tested configuration, samples, conditions and unresolved issues. Include the agreed training and handover documents. Where an upgrade changes behaviour, responsibilities for review and revalidation should be explicit. Claims about reduced labour, uninterrupted production or payback should be checked against the buyer's own operating evidence and complete costs, rather than inferred from a partnership headline.

Prepare a useful enquiry

For an initial enquiry, send the task description, sample list, site constraints, quantity, destination, delivery window and open questions. Explore the supplier directory, review the robot quotation entry point, or use Contact Us to describe your requirement. Public directory inclusion does not mean platform certification or verified manufacturing capability. Matching and commercial terms require separate confirmation.

Official sources

• Teradyne Robotics and Sereact partnership, 21 October 2026.
• KUKA and KOMSA strategic partnership, 22 October 2026.
• Sonair announcement concerning beRobox PALTZ, 19 October 2026.

No site audit or independent product test was conducted for this article. ZHILIANHAI does not claim to represent the named manufacturers or to offer their official prices.