Use Cases

Polymer Injection Molding

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Industry

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Additive Manufacturing

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Additive Manufacturing

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TECHART and OECHSLER enable superior design and seating comfort for high-performance cars with additively manufactured upholstery.

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Powder Injection Molding

Ceramic Injection Molding at OECHSLER

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Assembly

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We provide sophisticated solutions, based on 20 years of experience in actuator development, prototyping, and manufacturing.

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EVENT

Fakuma 2024

EXHIBITION CENTER FRIEDRICHSHAFEN

15. 10. - 19. 10. 2024 More about the event

Seating Experience 2.0

How OECHSLER reinvented car seats

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Application

Putting customers seating experience first by enhancing comfort, integrating functions and enabling an extra spark of design.

Technology & Material

HP Jet Fusion 5200 Series 3D Printing Solution BASF Forward AM Ultrasint® TPU01 BASF Forward AM Ultracur3D® Coat F

The result

Upholstery for your special purpose with the highest standard of comfort and design.

One partner for innovation, development and global production. Certified for quality standards within the automotive industry and high-volume Additive Manufacturing production capacities.

OECHSLER uses Additive Manufacturing to develop and manufacture upholstery that is individually adapted to the needs of the user. With a long history of supplying the automotive industry OECHSLER is firm in reaching all the certifications and quality parameters needed. No matter whether you are looking for small quantities or serial production – OECHSLER is your reliable partner.

Overcoming existing limitations

The challenge

Whether seats for sports cars, trucks or luxury sedans - the comfort requirements for car seats vary significantly. Regardless of the vehicle type, the seat should have harder or softer damping properties. The realization of different hardness zones in limited space is highly complex. Conventional production processes based on suspension or foam quickly reach their technological limits, especially when it comes to the following requirements: customization, lightweight, comfort and breathability. OECHSLER identified this problem and developed an innovative solution by means of printed lattice structures from 3D-printing consisting of thousands of rod-shaped and elastic connections.

Paving the way

The Story behind

The development process begins with the analysis of the car seat components. OECHSLER uses software design tools to convert the 3D designs (fixed geometry) into lattice structures. To identify the different pressure points during the sitting experience, heat maps help to visualize the data. The damping properties are programmable based on geometry, the thickness, and the size of the lattice. By merging the data gained from the seating experience and taking advantage of free design, the damping characteristics are optimized for the specific application.

Improved perfomance

Benefits of lattice structures

The refinement of lattice structures created a new particularly air-permeable comfort layer for passive climate comfort and increased breathability. Depending on the vehicle type, harder and softer areas can be programmed ensuring the desired seating experience. In contrast to conventional manufacturing processes, the design freedom of Additive Manufacturing enables the production of bionic structures that allow for multiple hardness zones in one cushion. Given the challenges of car seating in terms of ventilation, weight and space the design process towards lattice structures provides a great approach to meet the respective automotive requirements. The final pressure test provides information about the mechanics and characteristics of the component. The performance is determined and compared based on a loading and unloading curve. The tests verified far superior results when applying lattice structures compared to conventional production methods.

Innovative product design approach

The material and geometry

In this project, OECHSLER's experience in the automotive industry and product development were of decisive importance. Innovative product design approaches resulted into considerably more efficient downstream assembly processes, e.g., integrating further functions such as seam channels and folding mechanisms. Hinging allows large components to be produced in a single printing process. The integration of fixing points eliminates the need for gluing in assembly. In addition to product design, the 3D printing technology, the material and the multi-stage post-processing determine the seating experience. OECHSLER is applying the HP Multi Jet Fusion technology from HP Inc. which enables the production of flexible and functional parts. The BASF Forward AM Ultrasint® TPU01 material is approved for skin contact (ISO 10993/ OECD No.439), tested for durability (fatigue bending ASTM D1052) as well as flame resistance (FMVSS 302), chemical resistance and UV resistance (ISO 4892-2A Cycle 1).

Certified for automotive standards

Tailored for the driver's needs

The development has taken into account the strict quality standards and fulfilled the further specifications necessary for automotive with regard to fittings, odor and emissions. The head element is coated with Ultracur3D Coat F developed by BASF Forward AM to ensure a perfect match between flexible substrate and applied coating. The seatbelt guiding is a solid printed component. The backrest element can be printed in different levels of hardness to increase comfort. The complete seat element can be adjusted to the driver's requirements by means of the lattice structure. The colored elements enable a distinctive design.

Outcome

With additively manufactured car seats by OECHSLER, a new era of seating comfort has begun. Completely new material properties as well as efficiencies in assembly and quality can be achieved to produce the car seats of tomorrow:

Higher comfort (comfort layer of the cushion can be selected in different hardness zones)
Particularly air-permeable comfort layer for optimized passive climate comfort
Reduced weight of the component
Individualization through visible, colorable and programmable lattice structures
One component system of recyclable material

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