Home

Services

Product design
Rapid Prototypes

CNC prototypes
Rapid Prototyping
Stereolithography Apparatus (SLA)
Selective Laser Sintering (SLS)
Fused Deposition Modeling (FDM)
Laminated Object Manufacturing (LOM)

Custom molds - plastic molds

Injection molds
Blow molds
Compression molds
Extrusion molds
Other custom molds

Plastic molding

Injection molding
Blow molding
Compression molding
Extrusion Molding

Production tooling

Portfolio

Successful Products

Electronic Products
Home Appliances
Sports Accessories

Rapid Prototyping Prototypes

SLA Prototypes
CNC Prototypes
LOM Prototypes
SLS Prototypes
FDM Prototypes

Custom molds - Plastic molds

Injection molds
Blow Molds
Compression Molds
Extrusion Molds
Other Custom Molds

Workflow

Communication Requirements
Product Design contract

Appearance Design
Configuration Design

Rapid prototyping prototype Creation
Custom molds
Production tooling - manufacturing

284. Correct cooling of an Injection Mold

About Plastic Molding Cycle, the Cooling Phase consumes the greatest amount of time. Therefore, it is a serious area for designers and mold makers to make sure that all Coolant schemes have been thoroughly investigated for their suitability.

Correct cooling of an Plastic Molds is required to produce good quality parts at an optimum rate. All Plastic Molds have some sort of cooling provision to ensure efficient part production. Chilled water (80-140 degrees F) is perhaps the most common medium to extract heat energy from the the mold. Coolant lines are drilled into various plates at specific locations to provide even uniform cooling of the mold cavity steels.

Many standard cooling components are available to provide the Mold Designer with many options to achieve the uniform cooling patterns needed for ensure quality part production.