Robotics & Intelligent Material Handling

We integrate industrial robots, transport systems and control technologies to create stable, efficient and scalable automation — supporting both production processes and internal logistics.

About the technology

Robotics plays a key role in modern manufacturing, enabling precise, repeatable and safe execution of tasks that require high accuracy, speed or consistency.
By combining industrial robots with advanced tooling, vision systems, and automated transport, we transform traditional workflows into flexible and highly productive processes.

Our expertise covers the full robotics integration lifecycle — from concept development and process design, through simulation and tooling, to commissioning and long-term support.

About the technology

Robotics plays a key role in modern manufacturing, enabling precise, repeatable and safe execution of tasks that require high accuracy, speed or consistency.
By combining industrial robots with advanced tooling, vision systems, and automated transport, we transform traditional workflows into flexible and highly productive processes.

Our expertise covers the full robotics integration lifecycle — from concept development and process design, through simulation and tooling, to commissioning and long-term support.

Our Expertise

Industrial Robotics Integration
We integrate robots from leading global brands — including 6-axis manipulators, SCARA robots and collaborative robots — ensuring seamless interaction with machines, operators and IT systems.
Robotics on Linear Tracks (7th Axis)
Robots mounted on linear tracks significantly extend working range and enable multi-station operation, palletizing, machine tending or inter-operational transport. Example: FANUC M-710iC on Güdel TMF-2 track equipped with tool changer and interchangeable grippers.
Automated Palletizing & Depalletizing
KLT box handling with or without lids, integrated laser rangefinder to detect pallet height, and vision system for precise box localization — ideal for logistics cells and end-of-line automation.
Automated Guided Vehicles (AGV/AMR)
Mobile robots supporting material flow, dynamic feeding, buffers and line-to-line transport.
Robotics for Process Stations
Robotic handling in stations such as:

laser welding • pressing • tightening • greasing • sealant application • vision inspection
Tooling & Grippers
Custom grippers, multi-gripper changers, force-control systems and end-effectors tailored to product geometry and cycle time.

What We Deliver

  • Complete robotic cells and multi-station integration
  • Material flow automation and internal logistics concepts
  • Automated handling, machine tending and transfer
  • Palletizing, depalletizing and packaging solutions
  • Robot tracks (7th axis) and complex tooling systems
  • Process simulation, throughput analysis and bottleneck identification
  • Full integration with PLCs, MES, traceability and safety systems

Processes & Capabilities

Material Flow Modelling & Logistics Design

We analyze and optimize internal logistics from component delivery to finished goods.

Our approach includes:
material flow modelling,
logistics mapping & buffer definition,
process simulation,
bottleneck analysis,
optimization proposals (AGVs, dynamic buffers, automatic feeders).

Robotic Transport Between Stations

Robots operating on linear tracks for moving semi-finished products across multiple stations — enabling flexible layouts and reduced manual handling.

Robotics for Complex Lines

Large, multi-station lines with integrated robotic transport, vision inspection and material tracking.

(Example: 27-station suspension assembly line with rail-mounted robot transport.)

Robotic Handling & Machine Tending

Precision manipulation in assembly, testing, welding, dispensing, screwing and other process stations.

Challenges We Solve

Our robotics solutions provide higher efficiency, stable throughput, reduced manual handling, improved ergonomics and scalable production performance — measurable value across all process stages.
  • unstable logistics flow or manual bottlenecks
  • limited space for internal transport
  • high variability in product mix
  • ergonomic or safety issues in manual handling
  • long cycle times caused by non-optimized transfer
  • low throughput due to machine idle time
  • inconsistent quality caused by manual loading

Typical Applications

Inter-operational transport and buffering

End-of-line palletizing and packaging

Automated loading/unloading of machines

Assembly processes requiring accuracy and repeatability

Handling for welding, pressing, sealing, testing and vision

Logistics automation using AGVs / AMRs

High-mix / low-volume production requiring fast changeovers

Your Robotics Partner in Production Automation

We don’t just integrate robots – we engineer complete automation concepts together with your production team.

Robotics

— Selected Case Studies

A selection of robotic automation projects based on 20+ years of experience and 600+ completed systems.
/ who we work with

They trusted us

Related Competencies

We will help you select the right technology and build a complete, reliable process.

Related Competencies

We will help you select the right technology and build a complete, reliable process.

Related Competencies

We will help you select the right technology and build a complete, reliable process.