Gentle mechanical feeding
Tooling and coatings developed to manage sensitive or elastomeric parts.
Application engineering
Medical & pharmaceutical component feeding designed for your production line.
Controlled presentation of plugs, caps, diagnostic components, device parts and packaging components with attention to materials, cleanability and validation.
- Rubber plugs
- Device caps
- Diagnostic parts
- Syringe components
- Small mouldings
Application overview
How are medical & pharmaceutical fed automatically?
Medical and pharmaceutical feeding projects are defined by the component and the production environment. Contact materials, particle generation, clean access, inspection criteria, documentation and change control may be as important as output.
Typical components
Map the full product family before selecting equipment.
Include all variants expected during the project life, not only the easiest or highest-volume component. Even small changes in geometry, material or surface finish can alter flow and orientation.
Send component detailsFeeding options
Feeding methods we would consider.
We confirm the final approach using your production parts and required output.
Flexible feeding
Reduced dedicated tooling for product families and controlled robotic handling.
Inspection and verification
Presence, orientation, selected geometry and contaminant checks where technically visible.
Engineering risks
Details that determine production reliability.
Material compatibility
Contact materials and cleaning agents must align with the customer’s process specification.
Particulate control
Product depth, rubbing, coatings and maintenance can influence particle generation.
Validation scope
User requirements, test evidence and change control should be defined before design freeze.
Typical project sequence
From bulk product to controlled presentation.
Translate
Translate the user requirement into measurable feed and inspection criteria.
Define
Define product-contact materials, environment and cleaning approach.
Use
Use representative components from normal production variation.
Trial
Trial the proposed handling and document observed part behaviour.
Develop
Develop controls, access and reject containment around the risk assessment.
Integration scope
Design the feeder and process machine as one operating sequence.
The technical interface should define discharge datum, available space, machine demand, queue capacity, low-level warning, ready/fault signals, reject handling and operator recovery.
- Mechanical interface drawing and access envelope
- Electrical and controls handshake schedule
- Product recipe and changeover responsibilities
- Factory and site acceptance boundaries
- Documentation, training and spare tooling scope
Application FAQ
Medical & pharmaceutical feeding questions.
Can a feeder be supplied for a cleanroom?
A system can be designed around a stated cleanroom and cleaning requirement, but materials, lubricants, drives, covers and documentation must be specified for the exact environment.
Can rubber components be fed without sticking?
Material tack, mould release, temperature and part shape all affect behaviour. Coatings, controlled product depth and alternative feeding principles should be trialled.
Is the equipment validated?
The supplier can provide agreed design and test documentation; process validation remains part of the customer’s quality system. The division of responsibility should be explicit.
Can rejected medical components be contained?
Yes. Locked or monitored reject containment and reject confirmation can be incorporated where required by the risk assessment.
Can contact parts be removed for cleaning?
Removable tracks, hoppers or product-contact assemblies may be designed where practical, with repeatable refitting and setup controls.
Relevant systems