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Automotive

Innovative forging solutions to meet the challenges of the automotive industry

SIFCOR, a key partner for the automotive industry in pursuit of performance

In the face of major changes in the automotive industry, SIFCOR is positioning itself as a key player by delivering cutting-edge technological solutions. Thanks to its expertise in forging and metallurgy, SIFCOR supports manufacturers and equipment suppliers in the design of optimized parts that combine lightness, strength, and reliability. By integrating advanced industrial processes and offering new alloys, SIFCOR meets the market’s growing demands for performance, quality, and durability, thereby contributing to the rise of more efficient and environmentally friendly mobility.

Automotive market expectations and needs

Growing demands for optimized and sustainable production

The automotive industry is subject to increasingly strict requirements in terms of quality, performance, and environmental impact. Manufacturers are looking for solutions that enable mass production while ensuring optimal repeatability of quality. The lightness of parts is also a major issue for improving vehicle energy efficiency and reducing fuel consumption.

In this context, industrial players must meet specific expectations:

  • reducing component weight to optimize energy consumption and comply with environmental standards,
  • guaranteeing mass production with absolute consistency in quality,
  • improving the mechanical performance of parts to ensure their durability and wear resistance.

Developments in the automotive industry

Innovation and adaptation in the face of new challenges

The automotive industry is undergoing a profound transformation, driven mainly by three major trends:
  • Electrification : the rise of electric vehicles requires a complete overhaul of design and manufacturing processes. Parts must be lighter while maintaining their mechanical strength to offset the weight of batteries.
  • Driver assistance : with the development of autonomous and semi-autonomous vehicles, requirements for the safety and reliability of mechanical parts are increasing.
  • Modular design : manufacturers are looking to optimize their production platforms with standardized components that can be adapted to several models, thereby reducing costs and development time.
In response to these changes, industrial players must innovate by integrating high-performance technical solutions and optimizing their manufacturing processes.

Solutions provided by SIFCOR

Technological innovation at the service of automotive performance

Drawing on its expertise in co-design and metallurgy, SIFCOR supports automotive players in the design and manufacture of parts that meet the market’s new requirements. Thanks to its perfect mastery of industrial processes, SIFCOR guarantees:

  • lightweight, optimized parts thanks to advanced forging and forming techniques,
  • repeatable quality in mass production, ensuring optimal component reliability,
  • expertise in the implementation of new alloys, making it possible to improve the strength and durability of parts.

By integrating these solutions, SIFCOR helps automotive manufacturers meet the challenges of the industry and offer vehicles that are ever more high-performing and environmentally friendly.

Our products

Steering Knuckle
Hub support connecting the suspension and the wheel to ensure rotation, stability, and alignment. Certified automotive process, optimized for reliability and steel control with supply chain management. Safety-critical part with complex geometry.
Crankshaft
Shaft that converts the pistons' linear motion into rotation to transmit power to the engine. Dedicated presses, controlled cooling, and multi-cylinder expertise ensure reliability and a low-carbon process.
Chassis Reinforcement Parts
A chassis reinforcement component designed for sports vehicles to optimize road handling and vehicle safety.
Primary Shaft
Shaft transmitting engine power to the gearbox, ensuring smooth gear shifting. Optimized process with heat treatment for long-lasting efficiency.
Connecting Rod
The link between a piston and the crankshaft, converting linear motion into rotation to transmit engine power. Expertise in precision connecting rods ensures optimized engine performance characteristics. From forged blank to ready-to-assemble connecting rod.
Fuel Rail
Tube that evenly supplies the injectors with pressurized fuel for optimal combustion. Safe manufacturing with magnetic particle inspection in a low-carbon process.
Output Shaft
Shaft connecting the gearbox and wheels to ensure transmission stability. Safe manufacturing with integrated quality control and an eco-responsible approach.
Wheel Spindle
Articulation component connecting the suspension and wheel to ensure rotation, stability, and alignment. Certified automotive process. Mastery of the steel supply chain. Safety-critical part with complex geometry.
Axle End
The end of the axle supporting the wheel to ensure alignment and safety. Low-carbon process and enhanced reliability. Safety-critical part.
Axle Support
Element that stabilizes the axle and distributes the load for structural strength. Low-carbon process and enhanced reliability. Safety-critical part.
Axle Shackle
Axle-to-chassis connector that absorbs shocks for a stable ride. Secure manufacturing with subcontractor management for an eco-responsible process. Safety-critical part.
Clutch Fork
Part that enables clutch disengagement for precise, smooth gear shifting. Material optimization and magnetic particle inspection to ensure reliability.
Balancing shaft
Counterbalance shaft that reduces engine vibrations for a smooth, stable ride. Hammer forging, automated inspection, and an eco-responsible process supported by responsible sourcing.
Triaxes
Three-branch axle connecting the driveshaft to the wheels, absorbing changes in angle and movement. Secure process, magnetic particle inspection, and an eco-responsible approach.
Drive pinion
Toothed component meshing with the ring gear, ensuring rotation of the drive wheels. Controlled cooling and a low-carbon forging process.
Differential flange
Plate connecting the differential and transmission, ensuring stability and smooth power transfer. Controlled cooling process and heat treatment for sustainable, low-carbon manufacturing.
Various Forks
A necessary component for synchronization during gear shifting. Ensures reliability and precision throughout the drivetrain’s entire service life.
Axle Spindle
Support for the non-driven wheel; finished product ready for assembly; impact and fatigue resistance; safety-critical part
Control Arm
Arm connecting the wheel and chassis, allowing controlled suspension movement for driving comfort. Secure manufacturing process and a sustainable approach. From forged raw material to assembled control arm.
Eccentric Shaft
A shaft fitted with cams to control displacement and optimize fuel consumption according to the instantaneous power demand of the engine. Complex geometry achieved on our precision drop hammers.
Wheel Hub
Support for the driven wheel; semi-finished product; impact and fatigue resistance; safety-critical part.
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