Custom foam inserts precision-engineered to exact product dimensions for automotive and electronics OEMs.
Foamtech India designs and manufactures precision EPE foam fitments and custom inserts built to the exact internal dimensions of your product packaging. Every fitment begins with your component geometry — supplied as a CAD file, technical drawing, or physical sample — and is translated into a production-ready insert using our in-house R&D team and hydraulic punch press tooling.
Our hydraulic punching and CNC cutting capabilities allow us to produce fitments with complex cavities, multi-level retention pockets, and tight dimensional tolerances that hand-cut methods cannot achieve. We serve automotive OEM packaging lines and electronics assembly plants across the Delhi NCR corridor, supplying fitments that meet incoming inspection specifications for fragile components, instrument clusters, PCBs, and precision-machined parts.
All parameters are product-specific and confirmed at the design stage. Contact us with your product drawings for a precise specification and quotation.
| Parameter | Specification |
|---|---|
| Design | Custom to exact product dimensions |
| Manufacturing | Hydraulic punch press with custom-tooled dies |
| Cutting | CNC precision cutting for complex geometries |
| Foam Type | EPE / cross-linked polyethylene / multi-layer constructions |
| Prototyping | 48-hour turnaround from confirmed drawing or sample |
| MOQ | Case-by-case (typically 500 pcs per design) |
Engineering-led fitment production with OEM-grade dimensional control and rapid design-to-delivery capability.
Hydraulic punch presses fitted with custom-tooled dies deliver repeatable cavity dimensions across every production batch, eliminating the dimensional drift common in hand-cut methods.
Multi-axis CNC routing handles undercuts, angled profiles, and compound curves that punch presses cannot reach, enabling single-piece inserts for intricate component shapes.
Dimensional inspection records maintained per batch. Material test certificates for density, compressive strength, and outgassing available on request to satisfy OEM incoming inspection protocols.
Standard EPE, cross-linked polyethylene, and laminated multi-layer constructions allow the fitment density to be matched to component weight, fragility, and surface finish requirements.
Dedicated design engineers work directly with your packaging and product teams to develop fitment geometry from CAD files, technical drawings, or reverse-measured physical samples.
From confirmed drawings to physical prototype in 48 hours. No prototype charge on orders that proceed to production above the agreed MOQ, reducing new-product packaging development cost.
EPE foam fitments are specified wherever a standard foam sheet or pouch cannot provide the positional retention or surface protection a component demands.
Engine components, body panels, instrument clusters, and precision-machined parts shipped between Tier-1 and Tier-2 suppliers require fitments that hold each piece rigidly in position and prevent contact damage. We supply Manesar, Bhiwadi, and Bawal-based auto plants with fitments built to their approved packaging drawings.
PCBs, display modules, instrument clusters, and semiconductor assemblies require anti-static compatible fitments with cavity tolerances of plus or minus one millimetre. Our cross-linked and anti-static EPE options are specified by electronics OEMs and EMS providers in Noida and Greater Noida.
Pumps, valves, gauges, and precision tooling dispatched domestically or for export require heavy-duty fitments in higher-density foam. We produce multi-layer constructions that combine a rigid outer layer for stacking strength with a softer inner layer for surface protection.
Premium consumer goods including home appliances, personal care devices, optical equipment, and gift packaging use EPE fitments to deliver a consistent unboxing experience. Custom-coloured and surface-finished foam options are available for brand-sensitive retail packaging.
Regular supply runs to automotive and electronics manufacturing clusters across the Delhi NCR industrial corridor from our Bhiwadi production facility.
Common questions about our custom EPE foam fitment design and manufacturing process.
Our in-house R&D team begins with your product drawings, CAD files, or physical sample. We model the fitment geometry, select the appropriate foam density and layer count, and produce a physical prototype within 48 hours. After your approval we tool up the hydraulic punch press dies and move to production. For complex geometries we use CNC routing to achieve undercuts and tight tolerances that punching alone cannot reach. The entire process from first contact to approved prototype can be completed in under a week.
Our manufacturing process is aligned with the incoming inspection and packaging specification requirements of major automotive OEMs operating in the Delhi NCR corridor, including Tier-1 suppliers for Maruti Suzuki, Honda, and Hero MotoCorp. We maintain dimensional inspection records for every production batch and can supply material test certificates covering foam density, compressive strength, and outgassing on request. Our facility quality system is documented and available for customer audit.
Standard prototyping turnaround is 48 hours from receipt of confirmed drawings or a physical sample. To start, we need either a CAD file in DXF, DWG, or STEP format, a dimensioned sketch with critical tolerances called out, or the actual product for reverse measurement. There is no prototype charge for orders that subsequently proceed to a production run above the agreed MOQ. For rush requirements we can sometimes turn around same-day prototypes — please contact our team to confirm availability.
We manufacture fitments in standard EPE (expanded polyethylene), cross-linked polyethylene for higher density and a superior surface finish, and multi-layer laminated constructions that combine different densities in a single insert for products needing both cushioning and rigid retention. Foam density ranges from 15 kg/m3 for light cushioning applications up to 45 kg/m3 for rigid retention fitments. Anti-static formulations are available for electronics, PCB, and semiconductor packaging where electrostatic discharge is a concern.