Prototype &
Design Review
Check form, fit, closure engagement, assembly and usability before committing to production tooling.
- 3D printing
- CNC prototypes
- DFM feedback
PACKAGING MANUFACTURING
From precision molds and functional prototypes to production-ready closures, dispensers and containers, we help packaging teams bring reliable designs to market with speed and consistency.
PACKAGING MANUFACTURING SOLUTIONS
Validate the design, build the tooling and move into reliable production with one engineering team supporting the complete manufacturing process.
Check form, fit, closure engagement, assembly and usability before committing to production tooling.
Tooling engineered for threads, snap fits, sealing surfaces, thin walls and repeatable packaging production.
Stable molding for closures, dispensers, containers and housings, from initial launches to repeat orders.
Complete packaging components with secondary finishing, identification and final assembly support.
Custom geometry, materials and finishes for functional packaging components.
PACKAGING COMPONENTS
We manufacture custom packaging parts that combine reliable mechanical performance with the surface quality required for customer-facing products.
Threaded, snap-fit, flip-top and tamper-evident closure designs.
Actuators, collars, housings and internal dispensing components.
Rigid packaging bodies, shells and precision threaded containers.
Durable enclosures and structural packaging for sensitive products.
Functional inserts, seals and multi-part packaging assemblies.
PACKAGING MATERIALS
Material selection is matched to product contact, clarity, chemical resistance, impact performance, surface finish and production requirements.
Lightweight, fatigue-resistant and well suited to living hinges, caps and closures.
CAPS · HINGES · CLOSURESGood impact strength, dimensional stability and surface quality for rigid housings.
HOUSINGS · DISPENSERSHigh impact resistance and transparency for durable clear packaging components.
CLEAR PARTS · PROTECTIONClear, strong and lightweight for containers and customer-facing packaging bodies.
CONTAINERS · CLEAR SHELLSFlexible materials for seals, soft-touch features, grips and protective interfaces.
SEALS · GRIPS · INSERTSPremium appearance, strength and multiple finishing options for caps and sleeves.
CAPS · SLEEVES · TRIMOther engineering plastics and metal alloys are available. Final material recommendations depend on the application, regulatory requirements and production process.
ENGINEERED FOR PERFORMANCE
We review the functional details that influence sealing, usability, assembly and production consistency before packaging components move into repeat production.
Fit · Function · Repeatability
Threads, snap fits and sealing surfaces are reviewed for secure, repeatable operation.
Critical dimensions and mating features are controlled for reliable assembly.
Material behavior is considered against contact, chemicals and intended use.
Gate position, parting lines, texture and finishing are planned around appearance.
Component fit, actuation and handling are reviewed for dependable everyday use.
FINISHES & DECORATION
Surface treatment and decoration help packaging components achieve the intended appearance, texture, identification and brand presentation.
Controlled color, gloss and protective coating options for molded plastic and metal parts.
Precise graphics and identification on curved, recessed or irregular packaging surfaces.
Durable printed details for larger, flatter areas of containers, shells and housings.
Clean, permanent marking for codes, symbols and product identification requirements.
Smoother surfaces and refined appearance for transparent or high-visibility components.
Protective and decorative finishes for aluminum caps, sleeves and packaging trim.
Finishing recommendations depend on the base material, geometry, visual standard and production volume.
Explore Surface Finishing ↗WHY HORDRT
From early design review to repeat production, our engineering and manufacturing teams help reduce handoffs, identify risks earlier and keep packaging projects moving.
Develop, test and manufacture packaging components through one coordinated workflow.
Mold design and injection molding are considered together for more reliable production results.
Support for prototypes, low-volume launches and repeat manufacturing as demand develops.
Critical dimensions, fit, appearance and assembly requirements are reviewed throughout production.
START YOUR PACKAGING PROJECT
Share your CAD files, material requirements and expected production volume. Our engineering team will review your design and recommend a practical manufacturing approach.
We manufacture custom caps, closures, pump and dispenser components, containers, protective housings, inserts and multi-part packaging assemblies based on customer designs.
Depending on the design and production stage, projects may use 3D printing, CNC machining, rapid tooling, production tooling, plastic injection molding and secondary finishing.
Yes. Prototypes can be used to review appearance, assembly, closure engagement, ergonomics and other functional details before production tooling begins.
Common options include PP, ABS, PC, PET, TPE, TPU and aluminum. Final selection depends on performance, product contact, appearance and manufacturing requirements.
Yes. Tooling and production strategies can be matched to prototype quantities, low-volume product launches or repeat production requirements.
Yes. Our engineering team can review wall thickness, draft, threads, snap fits, sealing features, gate location, assembly and other details that affect production.
Please provide 3D CAD files, drawings when available, preferred materials, surface requirements, expected quantities and any critical functional or cosmetic standards.