Forming & Molding
for Soft Goods
Injection molding is a highly repeatable manufacturing process used to produce precision parts with complex geometry and tight tolerances. At AGORA, injection molding supports the creation of durable, high-quality components that integrate seamlessly with soft goods assemblies.
The process involves injecting molten material, most commonly thermoplastic or thermosetting polymers, into a precision mold, where it cools and solidifies into the desired shape. This method enables consistent production of intricate features, fine details, and complex geometries that would be difficult or cost-prohibitive to manufacture using other processes.
We leverage injection molding for components requiring dimensional accuracy, structural integrity, and scalability. Advances in tooling and rapid mold development, including the use of 3D-printed molds for lower-temperature applications, allow for faster validation and cost-effective iteration prior to full production tooling. We use 3D-printed molds to create prototypes of soft goods that require molded components and work with a strategic partner for molding production parts.
- Complex and detailed part geometries
- Tight tolerances and repeatable quality
- Components requiring structural consistency
- Integration with soft goods and hybrid assemblies
We work closely with customers to optimize part design, material selection, and tooling strategy. By aligning design intent with manufacturability early in development, we reduce tooling risk, control cost, and support smooth transitions from prototype to production.
Silicone molding is a versatile manufacturing process used to produce durable, flexible components with excellent environmental and skin-contact performance. At AGORA, silicone parts are most often produced using compression molding, an efficient method for creating consistent, high-quality components.
In compression molding, a pre-measured silicone charge is placed into a heated mold and shaped through controlled heat and pressure. This process enables precise geometry, reliable material flow, and repeatable results, making it well suited for both prototyping and scaled production.
One of the key advantages of silicone is its natural biocompatibility, making it ideal for products that come into direct or prolonged contact with skin. Silicone molding also supports intricate features and insert molding, allowing silicone to be bonded directly to other components during the molding process.
Our silicone molding capabilities support a wide range of applications, including protective boots, wraps, straps, raised labels, and custom functional or aesthetic elements.
- Skin-contact and ergonomic applications
- Flexible, impact-resistant, or protective components
- Insert-molded or overmolded assemblies
- Intricate geometries and detailed features
- Products requiring durability across temperature extremes
- Silicone boots and protective covers
- Wraps and straps
- Raised logos and molded branding elements
- Grip-enhancing or protective components
Thermoforming is a forming process in which heated materials are shaped over or into a mold using controlled pressure. This method enables the creation of structured, contoured components that combine protection, precision, and visual refinement.
In applications such as carriers and protective cases, thermoformed soft goods closely follow the contours of the housed product, delivering secure fit, repeatable geometry, and consistent appearance. Pressure forming is particularly effective when detailed features or refined aesthetics are required, offering high levels of definition at a lower tooling cost than injection molding.
AGORA leverages thermoforming to support products that require structure, protection, and efficient manufacturability, bridging the gap between soft goods flexibility and molded part precision.
- Protective carriers and structured cases
- Applications requiring close-fit geometry and product retention
- Products with detailed surfaces or refined aesthetics
- Medium-volume programs requiring cost-effective tooling
- Alternatives to injection molding for larger or simpler parts
Thermoforming is often used for structured soft goods and cases where fit, protection, and appearance are priorities at a controlled cost. Injection molding is selected when parts require intricate detail, tight tolerances, or very high production volumes.
We help customers evaluate both processes early selecting the right method based on design intent, performance requirements, and production scale.
Vacuum forming is a thermoforming process that shapes heated materials over a mold using controlled vacuum pressure. This method enables the creation of lightweight, contoured components with consistent geometry and surface definition.
The level of detail achievable in vacuum forming is driven by the mold design, making it well suited for applications requiring defined shapes at a controlled tooling cost. While commonly associated with packaging, vacuum forming is also used in soft goods manufacturing to form flexible materials such as polyurethane (PU) and PVC into functional covers, wraps, and protective elements.
Vacuum forming is particularly effective for thin films and flexible thermoplastics that must conform to specific shapes. A common application includes protective covers, such as keypad overlays, that shield components from dirt, moisture, and wear while maintaining usability.
- Thin thermoplastic films and flexible materials
- Protective covers, wraps, and overlays
- Applications requiring defined shape with minimal tooling investment
- Lightweight components with consistent geometry
- Programs requiring fast development and cost efficiency
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