OUR WORK / PROJECTS & PROCESS SOLUTIONS
From a Manufacturing Problem
to a Defined Delivery.
Tooling, material interfaces, physical samples and assembled products. Choose the example closest to your next engineering decision.
Documented projects and development examples
These pages summarize work recorded in our project materials. Quantities and technical figures remain specific to the original project; they are not general production guarantees.
Type-C connector: LSR sealing
Silicone overmolding, reinforced nylon and plated metal components connected with assembly and tooling/equipment delivery.
Eight-part syringe: tooling and assembly
Injection tooling, trial builds and automatic assembly equipment delivered for production at the customer’s factory.
Dispensing equipment: build and assembly
Customer-drawing-based equipment manufacture, component integration, assembly and delivery, with the project boundary stated clearly.
Closure concepts and trial tooling
Bottle and flip-cap development using real-material samples to support design evaluation and the next production decision.
Automation solution examples
The following are proposed process frameworks for project discussions, not photographs or claims of completed customer installations. Equipment, output and acceptance are established through the actual project review and trials.
Molding to an inspected tray
Take-out, orientation, agreed inspection, reject separation, counting and tray loading.
Connector caps and tape-and-reel
Cap placement, seating checks and packaging matched to the connector and downstream feeding process.
Closure assembly and packing
Orientation, optional liner fitting, closing, inspection and counted packaging.
Housing assembly and final packing
Part location, component loading, joining, assembly checks, identification and finished-product packing.
Controlled handling of micro parts
Material-sensitive take-out, location, inspection and protection of small silicone or plastic features.
Bring your own problem
Tell us what is being made, what is not working and what the next sample or production stage must prove. A useful starting point may be a drawing, failed sample, assembly video or a single replacement component. We define the technical scope before proposing the complete tooling or production route.
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