Engineering and commercial-planning tools for industrial robots, cobots, humanoids, AMRs, machine vision and integrated automation. Technical results stay independent from commercial relationships.
Estimate annual net benefit, simple payback and five-year value for an industrial robot or automated cell using editable labor, quality, maintenance and support assumptions.
Industrial robot business case and automation investment screeningOpen calculator →Build a multi-year total-cost scenario for a robot cell including robot hardware, integration, tooling, guarding, vision, training, maintenance and energy.
Robot cell procurement, integration budget and lifecycle cost planningOpen calculator →Compare multi-year cost scenarios for a collaborative-robot deployment and a conventional industrial robot cell without assuming either architecture is universally cheaper.
Cobot versus industrial robot procurement comparisonOpen calculator →Estimate multi-year fleet cost for autonomous mobile robots or AGVs including vehicles, chargers, infrastructure, integration, software and maintenance.
Warehouse and factory mobile-robot fleet procurementOpen calculator →Estimate payback and multi-year value for automated visual inspection using editable equipment, integration, labor, scrap and maintenance assumptions.
Machine vision and robotic inspection investment screeningOpen calculator →Estimate annual production and labor exposure from robot or automated-cell downtime using editable lost-margin, idle-labor and recovery assumptions.
Industrial robot reliability, maintenance and spare-parts planningOpen calculator →Screen the economics of robotic palletizing from installed cost, labor savings, modeled ergonomic/incident cost reduction and recurring maintenance.
Robotic palletizer and end-of-line automation procurementOpen calculator →Build a transparent pilot budget for humanoid or general-purpose robots including lease or service fees, integration, safety validation, supervision and training.
Humanoid robot pilot budgeting for industrial and logistics sitesOpen calculator →Each guide covers application fit, integration, safety, evidence, lifecycle support and commercial questions. Approved commercial partners can appear only after the technical content.
Compare industrial robots and complete automation cells using application fit, payload, reach, cycle time, integration, safety, maintainability and lifecycle economics.
Open guide →Evaluate cobot projects by task, human interaction, speed, payload, tooling, risk reduction, integration and production economics rather than assuming collaboration is automatically safe.
Open guide →Structure an industrial humanoid pilot around measurable task success, intervention rate, uptime, site integration, safety engineering and a controlled commercial budget.
Open guide →Select a robot integrator using process expertise, controls architecture, functional safety, project governance, commissioning evidence and lifecycle support.
Open guide →Organize the evidence needed for robot-cell hazard analysis, safeguarding, safety functions, testing and acceptance without treating a checklist as a substitute for competent safety engineering.
Open guide →Compare mobile-robot fleets using mission throughput, navigation, traffic management, charging, facility integration, safety, fleet software and lifecycle cost.
Open guide →Evaluate automated inspection systems through defect definition, imaging conditions, validated error rates, integration, traceability and maintenance economics.
Open guide →Compare robotic welding cells through part presentation, welding process, reach, positioners, fume control, sensing, safety, quality validation and lifecycle support.
Open guide →Evaluate robotic palletizers using SKU range, payload, pallet patterns, cycle time, gripper flexibility, conveyors, guarding, changeover and payback.
Open guide →Compare robot grippers and end-of-arm tooling using workpiece range, gripping principle, fail-safe behavior, sensing, payload, maintenance and changeover.
Open guide →Use the calculators for screening, then replace assumptions with integrator data, risk-assessment evidence and accepted production-test results.
Build ROI and lifecycle-cost scenarios before requesting robot and integration quotations.
Compare collaborative and guarded automation with safety and production requirements kept explicit.
Define a bounded pilot budget, measurable task criteria, supervision and safety-validation requirements.
Plan AMR/AGV fleet economics, charging, facility integration and operational support.
Connect inspection performance requirements with integration cost and quality economics.
Evaluate palletizing, EOAT and system-integration workflows using complete-cell assumptions.
PROFENG keeps older permanent briefs while the live feed adds newer source-linked reporting.
Robots, cobots, humanoids, autonomous systems, machine vision and industrial automation.
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