Rapid Tooling Technology: Shorten Product Development Cycle and Enhance Competitiveness
Application
Polycarbonate (PC) materials is commonly used in Rapid Tooling progress. Also known as bridge tooling or prototype tooling, this is one of the steps in Power Adapter Housing product development. It involves hand-load inserts, stocked mold base, and mold material. The mold material could be either aluminum or soft steel.It is a rapid tool that enables you to get project parts cheaply and fast. The result is the production of parts through low-volume injection molding that functions as tools. Manufacturers subscribe to rapid tools because they enable manufacturers to notice and correct flaws in the current design to prevent issues in the final parts before a full-scale investment in production tooling.
Parameters
Parameters name | Value |
Part Name | Power Adapter Housing |
Material | Polycarbonate (PC) |
Color | White |
Size | Length: 100 mm X Width: 50 mm X Thickness:30mm |
Surface finish | Glossy |
Tolerance | +/-0.1mm |
Features | Lightweight, heat-resistant, excellent transparency, chemical resistance, good mechanical properties |
Purpose | Used for the housing of electronic product power adapters, providing protection and aesthetic appearance |
Manufacturing processes | Manufactured using rapid tooling technology, with injection molding processing, production cycle of 3 days |
PROPERTIES AND ADVANTAGES
Rapid Tooling has provided quality design, engineering and manufacturing services to the automotive, industrial machinery, medical, consumers, appliance industry. We are the source for dedicated tooling solutions to our customers worldwide. And we pride ourselves on providing the highest quality, rapid turn time and exceptional customer service.
DISADVANTAGES
While rapid tooling offers advantages such as quick production, flexibility, and cost-effectiveness, it still presents certain disadvantages in terms of accuracy, durability, cost, and material selection. Therefore, when selecting rapid tooling, it is essential to consider the specific requirements of the product and the production environment to determine the most suitable manufacturing method.