SERVICEPORTFOLIO

WE SUPPORT YOU IN ALL PHASES OF VIRTUAL SEAT DEVELOPMENT

Simulation of a vehicle seat for optimizing foam geometry using overbuild analysis
1
  • SEAT ENGINEERING

OVERBUILD

Precise adjustments to foam geometry enhance fit and minimize settling, ensuring optimal design realization. Learn more

 

Simulation of wrinkling on a seat cover to optimize material tension and fit
2
  • SEAT ENGINEERING

WRINKLING SIMULATION

Detailed analyses of material behavior and attachment parameters prevent wrinkling and ensure a smooth, even seat surface. Learn more

 

Side view of a seat with H-point and backset analysis for improved ergonomics
3
  • SEAT ENGINEERING

H-POINT & BACKSET

Optimal seat positioning and headrest distance improve ergonomics and safety through precise adjustments. Learn more

 

Virtual analysis of static seating comfort showing pressure distribution on the seat
4
  • COMFORT ENGINEERING

STATIC SEATING COMFORT

Efficient analyses of pressure distribution in various seating positions optimize static seating comfort. Learn more

 

Dynamic simulation for evaluating vibration impact on seating comfort under various driving conditions
5
  • COMFORT ENGINEERING

DYNAMIC SEATING COMFORT

Comprehensive analyses of vibration transmission and resonance minimize vibrations and enhance ride comfort. Learn more

 

CASIMIR/Automotive logo, the software for virtual seat development

CASIMIR/Automotive

The software tool for all steps of virtual seat development to achieve the comfort. Learn more

 

OPTIMIZING SEAT COMFORT: A NEW STANDARD FOR VEHICLE DEVELOPMENT


The challenge lies in developing seat concepts that combine maximum comfort with innovative features such as adjustable positions, rotation mechanisms, and integrated control panels—while maintaining efficiency and cost-effectiveness. Our specialized solutions in virtual seat development set new standards in the automotive industry. With our CASIMIR/Automotive software and decades of experience in seat development, we accelerate development processes and offer customized solutions that meet the highest comfort standards.

WHY VIRTUAL SEAT COMFORT WITH CASIMIR/Automotive?


Traditional approaches to seat comfort assessment, based on physical prototypes and user testing, are often time-consuming and costly. Given the rapid evolution of vehicle concepts and technologies, it is essential to rely on more efficient and reliable methods. Our innovative simulation methods provide in-depth insights and enable a more precise and objective evaluation of seat comfort.

20 +

YEARS OF EXPERTISE
IN AUTOMOTIVE SEATING COMFORT

20+

YEARS OF EXPERTISE IN
HUMAN BODY MODELING

100+

LICENSES OF 
CASIMIR/Automotive

WHY WÖLFEL?


Our decades of experience in seat development and our specialized CASIMIR/Automotive software not only provide precise analyses and simulations but also offer expert knowledge that supports you in optimizing your seat comfort. We help you shorten product development times, reduce costs, and develop innovative, comfortable seat solutions.

Please contact us personally

________

We will be happy to support you in solving your tasks relating to virtual seat development, seating comfort and virtual human models.

M. Sc. Martin Anderson
Sales

+49 931 49708-184
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Wisdplat
Wölfel Sales Distributor for the Chinese Market

+86 18064081644
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Dipl.-Ing. Jörg Hofmann
Product Management

+49 931 49708-280
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M. Sc. Aravinda Veeraraghavan
Technical Support

+49 931 49708-182
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DEVELOPMENT ENGINEER (DIGITAL PRODUCTS)

 

Holds a Master of Science degree in Computational Mechanics of Materials and Structures from the University of Stuttgart

Responsible for the development of CASIMIR/Automotive (Wölfel’s software tool for seating comfort analysis and optimisation)

Provides close customer support and technical consulting

Optimises customer processes in the field of seating comfort

Conducts simulations in seat development with a focus on H-point, static and dynamic seating comfort, as well as the numerical modelling of human bodies

DEVELOPMENT ENGINEER (DIGITAL PRODUCTS)

 

Holds a Master of Science degree in Computational Mechanics of Materials and Structures from the University of Stuttgart

Responsible for the development of CASIMIR/Automotive (Wölfel’s software tool for seating comfort analysis and optimisation)

Provides close customer support and technical consulting

Optimises customer processes in the field of seating comfort

Conducts simulations in seat development with a focus on H-point, static and dynamic seating comfort, as well as the numerical modelling of human bodies