Plastic insert moulding is an effective alternative to assemblies manufactured using soldering, adhesives or fasteners.
Fully automated processes.
Plastic insert moulding is an effective alternative to assemblies manufactured using soldering, adhesives or fasteners.
Fully automated processes.
can streamline the manufacturing process by combining multiple manufacturing steps into one, reducing production time and overall costs.
Provide the required strength while reducing weight and cost.
Allows for the integration of multiple components into a single molded part, reducing assembly steps and potential points of failure.
Enables the integration of functional inserts directly into the molded part, facilitating assembly and enhancing overall functionality.
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IMTEC Mould specializes in custom overmolding & insert molding solutions. We offer expert design & manufacturing, reducing costs and improving performance. Explore automated processes, turnkey projects, and innovative solutions
General FAQs:
Overmolding is a manufacturing process where two or more materials are molded together in a single operation. This typically involves injecting a secondary material (like rubber or plastic) onto a pre-existing substrate (like metal, plastic, or ceramic).
Overmolding offers numerous benefits, including:
Improved performance: Enhanced durability, shock absorption, and grip.
Reduced weight: Can often lead to lighter components.
Cost savings: Eliminates secondary assembly steps, reduces labor costs, and can simplify the supply chain.
A wide range of materials can be used in overmolding, including:
Thermoplastics: ABS, nylon, polycarbonate, etc.
Thermosets: Epoxies, silicones, etc.
Elastomers: Rubber, TPE, TPU, etc.
Metals: Aluminum, steel, etc.:
Insert overmolding is a specific type of overmolding where a pre-formed insert (like a metal screw, a plastic component, or an electronic component) is embedded within a molded part.
Insert overmolding offers several advantages, including:
Simplified assembly: Eliminates the need for separate assembly steps and reduces the risk of component misalignment.
Improved functionality: Integrates multiple components into a single, cohesive unit.
Enhanced durability: Protects the insert from damage and improves the overall strength and reliability of the assembly.
Common applications include:
Automotive: Handles, knobs, switches, connectors
Medical: Surgical instruments, prosthetics, drug delivery devices
Electronics: Connectors, switches, buttons, housings
Consumer goods: Sporting goods, toys, kitchen appliances