Feeding & positioning
Evaluate feeding, transfer and workholding from incoming orientation, datums and contact limits.
01 / CUSTOM AUTOMATION
Start with the real process
Build automation that works on site.
Define the complete equipment path from solution design to assembly and commissioning around parts, motions, cycle needs, quality requirements and site conditions.
01
01 / SOLUTION FOCUS
Turn requirements into an engineering proposal
Align inputs and acceptance criteria before defining mechanics, controls, inspection and upstream or downstream interfaces.
Process execution
Map assembly, machining, transfer or inspection actions and the links between operations.
Inspection & error proofing
Define presence, missing-part, wrong-part, quality inspection and exception handling requirements.
Controls & data
Align machine states, signal interfaces, alarms, permissions and process records.
02 / ENGINEERING WORKFLOW
Move from inputs to acceptance, one clear decision at a time.
- 01
Requirements
Confirm parts, process, cycle, quality and site conditions
- 02
Concept review
Align flow, layout, interfaces, risks and acceptance criteria
- 03
Engineering & build
Develop mechanics, electrical systems, controls, fabrication and assembly
- 04
Commissioning
Verify motions, interlocks, process and exception handling
- 05
Acceptance
Complete acceptance and operational handover under agreed conditions
03 / EVALUATION INPUTS
Bring the right inputs for a productive review.
Automated feeding & transfer
Assess incoming condition, orientation, buffering and connected cycle requirements.
Multi-station assembly
Assess assembly sequence, positioning, pressing, fastening, inspection and error proofing.
Inspection & sorting
Assess inspection items, decision rules, traceability and rejected-part handling.
Existing equipment integration
Assess mechanical space, available signals, communications and retrofit boundaries.
PROJECT INQUIRY