PROJECT ARCHIVE / MOLDING & ASSEMBLY
Eight parts.
One assembled product.
Tooling and automated assembly for a surgical syringe. The project record covers eight injection-molded parts, PP and stainless steel, and tooling and equipment for production at the customer’s factory.
The customer requirement
Manufacture the component tooling, mold the plastic parts and assemble them into a complete product automatically. The customer supplied the 2D and 3D drawings.
Recorded project scope
Production tooling, injection molding and fully automatic assembly equipment. The record also lists screen printing and laser marking.
Trial builds: 1,000 sets for a low-volume run and 10,000 sets for a production run test. These are project test quantities, not daily capacity or a standard minimum order.
Delivery: the case presentation reports that the tooling and automation equipment were delivered for customer production and that automatic assembly operated smoothly.
What this example demonstrates
A program can connect molded-part manufacture, assembly validation and the tooling and equipment needed to continue production at the customer’s factory. It need not stop at shipping loose components.
Planning a similar program?
Provide the component drawings, bill of materials, assembly sequence, required checks, trial quantity, production plan and destination factory requirements.
Packaging, sterilization, cleanroom classification and medical approvals are not documented in this case and are not implied by the assembly record. Any such requirements need a separately agreed scope and evidence.
Source: NewwaySmart, NW-Website_Indsutry Cases, page 7. No independently verified cycle-time, labor-saving or yield figure is stated.