Robotics & intelligent automation
Multi-axis industrial robots, collaborative robotics, mobile AMR/AGV platforms, quadruped and legged robots, service robots and integration concepts.
Engineering services / Eight service lines
Eight service lines. One delivery partner.
From technology, investment and procurement decisions to engineering, technical representation, commissioning and long-term performance.
Service lines
Service 1 of 8: Engineering advisory & technical feasibility
Engineering assessments, GO/NO-GO reviews, risk analysis, ROI and payback scenarios.
Service 2 of 8: Equipment selection, sourcing & procurement
Machine/robot selection, technical RFQs, offers, suppliers, negotiations and contracting support.
Service 3 of 8: Robotics, automation & systems engineering
AMR/AGV, industrial, collaborative and legged robotics; system concepts and specifications.
Service 4 of 8: Industrial machinery & processing engineering
CNC, production and industrial processing systems; equipment evaluation and implementation.
Service 5 of 8: Technical project management & owner’s engineering
Client technical representation, suppliers, project controls and acceptance recommendations.
Service 6 of 8: Systems integration & industrial digitalization
Engineering coordination across machines, PLC/HMI and ERP/WMS/MES system interfaces.
Service 7 of 8: Functional safety, FAT/SAT & commissioning
Risk/safety support, validation, tests, start-up, technical troubleshooting and handover.
Service 8 of 8: Performance, training & technical support
OEE, availability, process optimization, technical training and ongoing support.
Professional scopeFunctional safety and conformity services are provided within the applicable professional and legal authority. Supplier-linked remuneration is disclosed where relevant.
Buying technical equipment / Procurement advisory
The right equipment. For the real process.
An equipment purchase is both an engineering and an investment decision. Advice can extend from technical requirements to financial comparison, suppliers and contracting support.
- Step 01
Define the requirement
Operational objectives, process constraints, throughput, footprint, budget and selection criteria.
- Step 02
Explore the market
Identify suitable technologies, machine types, robotics options, manufacturers and integrators.
- Step 03
Prepare & manage the RFQ
Build technical specifications, RFQ packages and structured supplier clarification questions.
- Step 04
Technical & financial comparison
Assess performance, compatibility, CAPEX/OPEX, TCO, ROI, payback, service and delivery risks.
- Step 05
Support negotiations
Discuss technical and commercial conditions, scope gaps, acceptance, warranty and delivery expectations.
- Step 06
Recommend & support contracting
Document preferred options, selection rationale and technical contractual requirements.
Investment & procurement outputs
Requirements / RFQ and bid matrix / supplier shortlist / CAPEX-OPEX and ROI-TCO model / risk register / technical contract review.
Capabilities / Technology & application
Real-world experience. Across technologies.
Experience at the intersection of engineering, equipment evaluation, project execution and industrial operations.
Machining & industrial processing
CNC machine tools, laser/plasma cutting, fabrication, process equipment, configuration, installation, diagnostics and training.
Automated production & packaging
End-of-line packaging, case handling, conveyors, robotic palletizing, production-line integration and commissioning.
Manufacturing performance & safety
Production analysis, OEE, throughput, cycle time, troubleshooting, technical risk reviews and machinery-safety support.
Industrial & enterprise systems
ERP/WMS implementation coordination, production-system requirements and software-to-equipment interface management.
Client-focused deliverables
Feasibility and ROI/TCO assessments; RFQs and bid comparisons; engineering concepts; risk registers; FAT/SAT, commissioning, training and post-startup support.
Let’s define the next engineering decision.
Whether you are choosing a machine, planning a robotics application or delivering an industrial project, start with a focused conversation about requirements, risks and the decision ahead.