Complex Geometry and Orientation
Housings, plunger rods and caps can have subtle orientation features or multiple stable positions. Application-specific bowl tooling separates, orientates and rejects incorrectly positioned components.
— Products — Automated Feeding and Handling — Bowl Feeders — Pharmaceutical Bowl Feeders — Vibratory Bowl Feeder for Autoinjector Components
Autoinjector Components We Feed
How It Works
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Vibratory Bowl Feeder for Autoinjector Components
RNA designs and manufactures vibratory bowl feeders for autoinjector components, providing controlled feeding, orientation and presentation for automated medical device assembly. Our autoinjector feeding systems can handle components including housings, plunger rods, cap removers and end caps, with single- or multi-lane outfeeds engineered around the required production rate.
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Automated Component Feeding for Autoinjector Assembly
Reliable component feeding is a critical first stage in automated autoinjector assembly. Components supplied in bulk must be separated, orientated and transferred to the assembly process at a controlled rate and in a repeatable position. At higher production speeds, the feeding system must also maintain sufficient accumulation and component availability across multiple lanes without compromising orientation.
RNA develops the complete feeding solution around the component geometry, required orientation, production rate and downstream machine interface.
Overcoming Engineering Challenges in Autoinjector Component Feeding
Autoinjector Components We Can Feed
RNA design and manufacture vibratory bowl feeders to feed and orient autoinjector components of various sizes and shapes.
What is an autoinjector?
Autoinjectors (also known as self-injectors, pen injectors) are medical devices designed to deliver a pre-measured dose of medication, typically through a needle, in a quick and easy manner. They are often used for self-administration or by non-medical personnel in emergency situations.
Key elements of an autoinjector
- Housing (Outer Shell)
- Needle
- Needle Shield or Cover (Post-Injection)
- Prefilled Syringe (Cartridge)
- Plunger Rod
- Spring Mechanism
- Activation Button
- Safety Mechanism
- Inspection Window
How an Autoinjector Component Feeding System Works
1. Bulk Component Loading
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Bulk Component Loading
A hopper provides additional component storage and automatically replenishes the vibratory bowl, reducing manual loading and maintaining an appropriate component level for consistent operation.
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2. Vibratory Bowl Feeding
3. Single- or Multi-Lane Transfer
4. Controlled Presentation
5. Inspection Where Required
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Bulk Component Loading
A hopper provides additional component storage and automatically replenishes the vibratory bowl, reducing manual loading and maintaining an appropriate component level for consistent operation.
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Vibratory Bowl Feeding
Controlled vibration moves components through application-specific tooling within the bowl.
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Single- or Multi-Lane Transfer
Correctly orientated components transfer from the bowl onto a linear outfeed. For high-speed applications, multiple lanes can divide the required production output across parallel tracks while providing accumulation between the bowl and downstream equipment.
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Controlled Presentation
An escapement separates individual clips from the accumulated line and presents them in a repeatable position.
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Inspection Where Required
Sensors or machine vision can be integrated where the process requires additional verification of component presence, position or orientation before assembly.
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Designed for Medical Device Manufacturing
Stainless Steel Bowl Tops
Bowl tops are available in stainless steel grades 304 and 316L, providing durable construction suitable for demanding medical-device applications.FDA-Approved Coatings
FDA-approved polyurethane coating can be applied where appropriate to support controlled component movement and protect contact surfaces.Pharmaceutical Feeder Construction
For applications requiring higher levels of cleanability, RNA's pharmaceutical feeding range can incorporate stainless-steel construction, suitable surface finishes and pharmaceutical-style feeder design.Cleanroom Requirements
Where required, feeding equipment can be engineered around specified cleanroom and production-environment requirements.Applications
Bowl Feeder for Housings
Bowl Feeders for Plunger Rods
Bowl Feeders for Cap Removers
Bowl Feeders for End Caps
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Autoinjector Component Feeding FAQs
What autoinjector components can be fed using a vibratory bowl feeder?
Vibratory bowl feeders can be used for suitable autoinjector components including housings, plunger rods, cap removers, end caps and other moulded or mechanical parts. Feasibility depends on component geometry, material, orientation and required production rate.
Why use a multi-lane feeder for autoinjector components?
Multi-lane feeding divides the total production requirement across parallel tracks. This can provide the component availability and accumulation required for high-speed assembly while maintaining controlled orientation and presentation.
Can autoinjector components be fed without damaging their surfaces?
Feeder geometry, tooling and coatings can be selected according to the component’s material and surface requirements. FDA-approved polyurethane coatings are among the options available for suitable medical-device feeding applications.
Can the feeding system incorporate vision inspection?
Yes. Vision or sensor technology can be integrated where additional checks for component presence, position, orientation or selected features are required.
Can RNA feeding systems be designed for cleanroom production?
RNA’s pharmaceutical feeding equipment can be engineered around specified cleanroom requirements. Appropriate construction, materials and finishes depend on the required production environment and individual project specification.
What information is required to specify an autoinjector component feeder?
Component samples or CAD data, required orientation, production rate and downstream machine interface provide the main starting points. Material, component variation, available space, environmental requirements and inspection requirements should also be considered.
