Our solutions for liftgate drives and door locking systems
Durable. Efficient. Quiet.
Liftgate drives and door locking systems provide passengers with additional convenience every time they get into or out of the vehicle. And the higher the quality of the car, the higher the demand for smooth and quiet operation.
We develop and produce gear systems that comply wit h all relevant requirements:
- High power transmission
- Long service life
- High weather resistance
- Smooth motion
- Minimal noise emissions
These types of complex actuators can only be produced by closely harmonizing the development, design, tool construction and production processes – which is something we can offer you at F. Morat. Our development expertise covers a huge range of housing parts and gearwheels made of reinforced, high-performance plastic s. Thanks to our many years of experience in the precision injection molding of plastic parts for automotive applications, we can produce complex geometries in large numbers of units precisely and efficiently.
What plastic components and assemblies can we develop and manufacture for your liftgate drives and door locking systems?
Talk to us
Low noise emissions
The quieter vehicles become, the more discreetly a drive for a comfort or convenience function must operate. This is why we optimize our gears for quiet operation.
High load-bearing capacity
We produce our gear components from high-performance plastics, reinforcing them with glass fiber or carbon fiber if necessary. They are thus able to handle huge forces.
Long service life
By customizing wall thicknesses and using reinforced plastics, we ensure that our gear systems will work properly for the lifetime of the vehicle.
Actuators for electric liftgate drives
Our actuators for electric liftgate drives fulfil the highest demands for technology and comfort. The precise design of the components used in the actuator means that huge lever forces can be managed efficiently, while also guaranteeing the reliable, harmonious motion of the liftgate. Robust, glass fire-reinforced plastics for the components in a liftgate drive and customized wall thicknesses of the housing parts help ensure a long service life and low susceptibility to wear. Our plastic components are the key to producing actuators that stand out due to their special performance:
- Precise motion control
- Exact positioning
- High service life
- Low weight
- Cost-optimized production
We develop customized gear systems and housings for the actuators in your desired vehicle model, produce the complex injection molds and manufacture your components in an efficient mass production process.
Technical housing parts for door locking systems
The housing plays a crucial role in every drive system because it joins the gear components together, while integrating the feature into the vehicle at the same time. Housing parts for door locking systems are designed with low-noise functionality in mind and with the highest levels of robustness and weather resistance to comply with the demanding safety requirements for car doors. Due to our many years of experience in the development and production of technical housing parts, you can expect the following from us:
- High design flexibility
- Complex geometries
- Precise motion control
- High durability
- High weather resistance
- Economic production
By closely harmonizing the engineering and production processes, we can fulfil your specific requirements exactly – piece by piece, with the highest possible level of automation and at optimized unit cost.
Plastic gear parts for liftgate and door locking systems
Plastic gears are the means to simultaneously fulfill numerous requirements for drive elements in the automotive sector. Our gearing elements stand for
- Precise tooth geometry
- High load capacity
- Exceptional durability
- High weather resistance
- Low weight
- Economical production
With our modern production facilities, we can manufacture quantities of several million gears in a short time — with gentle handling and to the highest quality. We also offer single-tooth correction to ensure minimum tolerances and optimum running smoothness.