In many industrial applications, the use of multi-layer materials or intelligent material combinations is the optimal solution, both economically and technically. It is often sufficient to use high-performance materials only in the main load areas, while the other areas can be manufactured with more cost-efficient materials.
One example of this is gripper arms or handling elements in electronics production, where only the highly stressed zones are made of high-performance ceramics, while the support structure is made of fiber-reinforced composite materials. This results in solutions that combine a long service life, high process stability and cost optimization.
Megatron AG proves to be a reliable partner when it comes to complex components that go beyond pure drawing parts and require a cross-material design.
Your advantages:
Above-average selection of materials
High production capacities
Experience in component manufacturing
Cross-industry expertise
Sound advice - on site if required
| Material | Properties | Typical applications |
|---|---|---|
Cerazur®
| High-performance ceramic, durable, wear-resistant, thermally stable | Highly stressed zones on machine components and handling elements |
cosTherm
| Modern materials for press, tool and mold construction, multi-layer combinations possible | Thermal insulation and mechanical stability |
DOGLAS![]() | Glass fiber reinforced thermosetting plastics (GRP) | Mechanically resilient and insulating support structures |
DOTHERM![]() | Low thermal conductivity, high electrical insulation, high temperature resistance | Insulating layers in multilayer applications |
DOTEC![]() | High-tech materials for a wide range of industrial applications | Specialized solutions in high-performance environments |
DOTEX![]() | Phenolic resin-based thermoset composites with cotton or paper inlay | Cost-optimized carrier components |
Volcera![]() | Materials with versatile industrial properties | Thermally stressed system parts |
Cross-material insulation solutions from Megatron AG are successfully used in the following areas of application:
Electrical insulation: Insulation with simultaneous mechanical stability in machines and systems.
Sliding applications: Wear minimization and process optimization in moving components.
Handling: Production of lightweight and robust gripping and transport units for sensitive components.
Thermal insulation: Minimizes heat loss while maintaining high dimensional stability.
Transportation: Safe transportation of heavy or hot components with abrasive edges.