Mold Tooling Development for a Silicone Cap for the Medical Industry

Silicone Cervical Capclick on thumbnail
to enlarge
Silicone Cervical Cap

Lenard Tool & Machine, Inc. (LTM) was selected by a manufacturer of medical devices to create a high-performance mold for the production of the silicone cap highlighted here. Initial product development revealed that the mold design would have to address the unique challenges posed by the geometry of the cervical cap.

Mold design took place on CAD/CAM software, and integrated all of the complex customer specifications. The mold design LTM produced coped with these constraints by utilizing exploding cavity inserts and a flip-out core bar with cores attached, all constructed out of sufficiently hard-420 stainless steel featuring a RC of 50. Input and approval from the molder concluded the design phase.

CNC milling, turning, surface grinding, and bead blasting were utilized to produce the mold. Tightest tolerances were held at ±0.0005" with cuff wall thickness of 0.010". Dimensional inspection and validation of functionality ensured proper operation and geometry in the produced design.

LTM constructed a cost-effective and precise solution for this ostensibly simple, but difficult to mold silicon part. LTM's experience-driven design and innovation in addressing a critical roadblock provided this customer a quintessential experience where their needs were integrated into every step.

This experience is one of many that reveal LTM's bottom line: an unparalleled ability to satisfy the customer's needs with efficiency, experienced engineering, and high performance. Contact LTM today to learn more.

Request For Quote

Highlights of this Tool Design & Fabrication Project

Project Scope
Development of a mold with exploding cavities inserts to mold a silicone cervical cap
Tooling Design & Fabrication Capabilities Applied/Processes
Mold Tooling Design
Mold Tooling Production
Equipment Used to Manufacture Part
CAD & CAM software, CNC milling, CNC turning, surface grinding, bead blasting.
Overall Part Dimensions
Cuff Wall Thickness: 0.010”
Tightest Tolerances
± 0.0005”
Material Used
Cavity Inserts and Core Mold: 420 Stainless Steel RC 50
Product: Silicone
Material Finish
Additional Facts
LIM book mold with hard exploding cavity inserts & hard flip out core bar and cores
In process testing/inspection performed
Dimensional Inspection
Functionality Checks
Industry for Use
Medical Industry
Delivery/Turnaround Time
8 Weeks
Delivery Location
Standards Met
Customer Specifications
Product Name
Silicone Cap

View Other Porfolio

back to top