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Industrial robotics and automation

The workcell, equipment interfaces and physical task determine the engineering scope and acceptance requirements.

Discuss the programme family
Specialist engineering programme
Joint-aware workspaceTask state + operating constraints

Select the right programme within industrial robotics and automation.

Capability dossier

The programme family

The workcell, equipment interfaces and physical task determine the engineering scope and acceptance requirements. Softinator connects specialist contribution to the engineering, information and operating requirements around the task.

Choose a focused engagement

The catalogue includes vision guided robotic picking, bin picking automation, scara placement systems, delta robot picking systems, collaborative robot integration. Each programme has its own contribution, artefacts and acceptance scope. Use the programme links below to identify the relevant engagement.

Commission the work

Bring the operating task, selected environment and result that matters. The engagement establishes scope, access, delivery responsibilities and the evidence used to assess the outcome. Connected platform and project pages provide the relevant context.

Choose the programme.

AMR navigation integrationConnect autonomous mobile movement to facility maps, missions and task systems.Bin picking automationEngineer picking workflows for mixed, cluttered and uncertain bin contents.Collaborative robot integrationEngineer shared-workspace cobot applications with project-specific operating boundaries.Delta robot picking systemsIntegrate rapid picking requirements with task tracking and placement validation.Force controlled assemblyIntegrate force-aware control for insertion, fastening and contact-sensitive tasks.Industrial robot commissioning supportValidate integrated robot behaviour and acceptance criteria within the commissioned scope.Multi robot fleet integrationCoordinate mission interfaces, traffic constraints and shared equipment interactions.Robot motion planningDevelop collision-aware task paths around equipment and operating constraints.Robot palletising systemsDesign handling patterns and integration for defined product and pallet requirements.Robot PLC and MES integrationConnect robot execution to production control and manufacturing records.Robot vision calibrationAlign sensing, robot coordinates and workcell geometry for grounded actions.Robotic inspection cellsCombine robot motion and sensing for consistent inspection coverage.SCARA placement systemsBuild repeatable placement workflows with appropriate perception and control integration.Vision guided robotic pickingDevelop perception-to-pick integration for variable objects and placement requirements.

Follow the connection.

Explore the method, its context
and the engineering underneath.

Trust centre

Enterprise procurement

Commercial scope, technical requirements and the evidence needed to commission the work.

Bring the next
requirement.

Discuss your programme