Is your company prepared for volatile markets, rapidly changing customer requirements and fluctuating demand - in short: for the future of production?
Ever more precise, faster, more flexible and also cheaper: the requirements in mechanical and plant engineering are constantly increasing. Along with this, the demand for high-performance solutions in manufacturing and production halls is also growing. We are very familiar with individual solutions: whether you are planning a completely new system, digitizing your existing production or need strategic advice for your positioning in Industry 4.0 - we are the right contact.
In over 25 years of successful activity in special machine and plant construction, many individual technical solutions have been developed that have optimally solved specific, recurring problems. And since it is well known that it is not a good idea to the proverbial „Wheel always new“ to invent, we present our established and tested solutions in a practical solution finder. You choose your industry, the process, the product and the degree of digitization and you will be shown exemplary solutions.
.webp)
Relieving the project management and strengthening the project structure by coordinating work on the plant and supporting root cause analysis
.webp)
Construction and implementation of the world's first newly developed fully automated production line for endoscopy treatment instruments
.webp)
Fully automatic measurement and quality control of tissue strips according to FDA standards (Food and Drug Association)
.webp)
Planning a flexible loading of milling stations with mobile robotics and cobots in medical technology
.webp)
Conception and simulation of a flexible assembly system as an inhomogeneous matrix for central hand assembly
.webp)
Planning and implementation of a partially automated assembly line for sports car transmissions with over 150 different assembly aids
Transporting and assembling on a means of transport
Sophisticated rolling systems for the assembly and transport of workpieces, pallets and more
Picking up workpieces for feeding in the production process
Driverless transport vehicle for efficient movement of products and workpieces
Balancing the assembly line - line balancing
Analyze the cycle time of the assembly line through automation
Alternative option in assembly planning to complete unfinished processes or assemblies
Simplify the construction of networked automation systems and optimize processes with fieldbuses
Visualizing the sequence of an assembly with the precedence graph
Clarification of the exact assembly sequence in the planning phase
Achieve the required planned quantity with cycle time determination
Controlling complex processes with the instruction list (IL) in PLC programming
Use of a manual assembly / station in industry
Carrying out value-added work by automated machines
Semi-automatic assembly mixes manual and automatic work
In collaborative assembly, manual and automatic actions overlap
Planning of takt-based assembly lines through linking
The adaptable path to automation
Planning an assembly from freely linked assembly stations
Start planning an assembly line using block layout
Determining the space requirements of an assembly line using a 2D layout
Plan the optimal space requirements of the assembly line with a digital 3D layout
Animated 3D layouts are an extension of classic 3D layouts
Error prevention through worker guidance
Use FMEA to identify and avoid production errors and quality defects at an early stage
Quality assurance through data collection and analysis for data traceability
Quality assurance measures: tried and tested methods and techniques
Pick & Place robots as the most commonly used applications in production and assembly
Pick-by-light systems compare the work step with the assembly sequence
Order picking: assembling goods, products and workpieces
Swap shelving systems can be used for variant control
Automated component provision: Provide workpieces in the correct position
Cardboard Simulation: The importance of physical models for mechanical engineering
Simulation of human work with time analysis and ergonomics in the workplace
Perfect sealant placement at any time with robot-assisted sealant application
Optical measurement of components and industrial plants
Tactile measuring methods are particularly robust and fast
Quality control thanks to image processing
Automated leak tests to avoid unplanned rework
The Mobile Cobot combines the advantages of robotics and humans to achieve greater efficiency in mechanical engineering
AGVs as an indispensable aid in assembly and logistics
Use of a conveyor belt in an assembly line
Clamps increase accuracy of fit – reliably and quickly
