HUMANOIDS / INDUSTRIES

Humanoid robots for manufacturing

Select a humanoid for part feeding, container handling and line-side pilots. Compare autonomy, integration, cost and workstation maintenance.

From a workstation task to humanoid selection

Start with one workflow: picking a part at a defined location, moving it and placing it within the next operation’s tolerance. Describe mass, centre of gravity, gripping surface and part variants. Feeding an empty container and force-controlled assembly are different projects. Consider humanoids where arms, mobility and human-oriented equipment are useful. Walking ability alone does not establish economic value.

How should industrial demonstrations be interpreted?

Walker S2, Atlas, Apollo and Digit represent different industrial approaches. Treat them as candidates for technical discussions, not interchangeable machines. A factory video does not establish interventions, full-shift cycle time or Polish availability. Request a trial with your part, operator involvement and current contractual scope. Results from a previous generation do not automatically apply to a new model.

Line integration and process acceptance

Agree workstation-ready signals, part-transfer confirmation and missing-part behaviour. PLC, order-system and machine-documentation access need a separate integration scope. Test restart, rejected grasps and batch changes. Record accepted parts per hour, damage, intervention time and downtime. Define who assesses the whole workstation and signs acceptance; a robot specification does not replace process assessment.

Parts and multi-shift operation

Maintenance should cover batteries, hands or grippers, actuators, cables and sensors in the actual configuration. Establish recovery time, not only service response time. Module replacement may require calibration and another grasp test. Before adding shifts, confirm charging, operator responsibilities and compatible spare availability. Base stock levels on downtime consequences and lead times.

What belongs in a humanoid enquiry?

Describe one task, the space without unnecessary personal data, object dimensions and the current workflow. Include timing, location, budget and acceptance owners. Ask about robot version, software, autonomy, operator role and operating limits. Separate current functions from planned updates. This brief helps compare the actual scope of different suppliers.

Budget: hardware, commissioning and maintenance

Compare purchase, fixed-period rental and an outcome-defined pilot. Leasing or subscription availability needs confirmation for the device and customer. Include transport, integration, licences, training, operators, parts and downtime. A foreign base price does not establish an installed Polish project cost. Use your quotations and measured labour time, not a promise of replacing a full-time role.

Acceptance, parts and the next step

Agree success and stop criteria before testing. Report completed tasks, failures, human assistance and recovery time. Match parts by serial number and hardware revision; clarify diagnostics and responsibility after software updates. Results may support expansion, scope changes or ending the pilot. HumanoidPoint helps prepare selection and supplier discussions; model lists do not confirm stock, manufacturer authorisation or service availability.

Humanoids for further assessment

Full catalogue ↗
HumanoidUBTECH Walker S2 — manufacturer material
UBTECH

UBTECH Walker S2

An industrial humanoid developed for automatic battery swapping and material handling.

52degrees of freedom
15 kgstated load handling
3 minstated battery swap
Industrial project
HumanoidAgility Digit 5 — manufacturer material
Agility Robotics

Agility Digit 5

A new logistics humanoid generation. Published Digit 5 specifications are preliminary manufacturer estimates.

23 kgpayload — preliminary estimate
2,2 mreach — preliminary estimate
10:1run / charge — target
Preliminary specifications
HumanoidApptronik Apollo 2 — manufacturer material
Apptronik

Apptronik Apollo 2

The bipedal Apollo 2 configuration for industrial manipulation development. Confirm application scope, configuration and availability.

Bipedalconfiguration covered
Swappablebattery packs
Fleet Connectoperations layer
Industrial project
HumanoidBoston Dynamics Atlas — manufacturer material
Boston Dynamics

Boston Dynamics Atlas

Electric Atlas in its 2026 production version, designed for industrial tasks.

190 cmheight
90 kgrobot mass
30 kgsustained payload per datasheet
Industrial project

Model profiles are informational. Device selection requires confirmation of configuration and conditions of use.

Selection. Comparison. Coordination.

Humanoid selection: Humanoid robots for manufacturing

Selection and quotation comparison — Humanoid robots for manufacturing. Prepare requirements, deliverables and acceptance criteria for supplier discussions.

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