Register
Log In
Welcome
Catalog
Shopping Cart
Checkout
My Account
About Us
Contact Us
Catalog
>
Manufacturing Technology Certificates (MTC)
> Manufacturing Technology Certificate: PLASTICS TOOLING >
Returning Customers
click here
to log in.
Shopping Cart
Your Cart is Empty
View Cart
Search
Catalog
ACE Approved Courses for Academic Credit
Manufacturing Technology Certificates (MTC)
Manufacturing Technology Certificate: METALS
Manufacturing Technology Certificate: PAINT & FINISHING
Manufacturing Technology Certificates: PLASTICS - PRIMARY PROCESSING
Manufacturing Technology Certificate: PLASTICS - INJECTION MOLDING
Manufacturing Technology Certificate: PLASTICS - ADVANCED INJECTION MOLDING
Manufacturing Technology Certificate: PRODUCT DEVELOPMENT
Manufacturing Technology Certificate: MATERIALS (NON-METALLIC)
Manufacturing Technology Certificate: ASSEMBLY & DESIGN FOR PLASTIC PARTS
Manufacturing Technology Certificate: PLASTICS TOOLING
MTC PLASTICS TOOLING: E-course License Package
Design Concepts for Injection Molds
Design Guidelines: Copper in Inj. Molds
Rapid Tooling
Selection/Preventative Maint, Inj Molds
Advanced Injection Mold Design
Gas Assist Part & Mold Design
Hot Runner Systems
Mold Filling Analysis
Manufacturing Technology Certificate: INDUSTRIAL AUTOMATION AND ROBOTICS
Manufacturing Technology Certificate: INDUSTRIAL MANUFACTURING
Ala Carte Listing
Manufacturing Technology Certificate: PLASTICS TOOLING
Manufacturing Technology Certificate PLASTICS TOOLING:Take advantage of the Discounted Pricing given for purchasing the entire bundled package of 6 e-courses. 61 Total Contact Hours.
MTC PLASTICS TOOLING: E-course License Package
To earn your MTC in
Plastics Tooling
complete the first 4 listed e-courses below. Then choose an additional 2 from the remaining assembly and design curriculum (
6 courses total
).
Please specify the 2 additional courses you would like to include in the MTC after purchasing this package.
Price: $1,400.00
Design Concepts for Injection Molds
The Design Concepts for Injection Molds course discusses the critical features of a mold design, including cavity number and placement, gating and feed systems, parting line locations, cooling layout and ejection methods. Other important factors which influence these mold design decisions are also covered, including part production volumes, part function and quality requirements, and the material selected for part production.
More Detail
Price: $295.00
Design Guidelines: Copper in Inj. Molds
The Design Guidlines: Copper in Injection Molds course, discusses how copper alloys are used in mold components and the benefits obtained by this use. Thermal conductivity and alloy hardness are also discussed to differentiate copper from the other mold materials. The mold cooling section explains how heat is removed from the injection molds. Reasons and processes for plating copper alloys is touched upon, along with several examples of applications using copper alloys.
More Detail
Price: $395.00
Rapid Tooling
The Rapid Tooling course will review advancements in existing tooling methods that accelerate the build of molds for prototype and short run production. New methods of reducing the build time for metal molds will be discussed including: using rapid prototyped parts to make mold inserts, and using high performance machining technology to CNC steel or aluminum molds. Rapid tooling design considerations, along with advantages and limitations are also reviewed.
More Detail
Price: $295.00
Selection/Preventative Maint, Inj Molds
The Selection and Preventative Maintenance for Injection Molds course will explain why careful selection and maintenance of the mold is extremely important in the current production environment. The importance of defining "tooling standards" so that all suppliers will bid a comparable product is another topic. Pricing and maintenance concerns, mold classifications, and the materials used to make molds are also addressed.
More Detail
Price: $259.00
Advanced Injection Mold Design
The Advanced Injection Mold Design course begins by comparing the many different types of materials that are typically used in plastic injection molds. This course goes on to discuss the alloy properties necessary in injection molds, such as harshness, durability, machinability, and polishability. In addition, the course covers the different machining methods such as Electrical Discharge Machining (EDM), or Diffused Discharged Machining (DDM), and others. Finally, the course highlights the many surface treatments available today that a mold builder and/or molder may take advantage of to fight against increased wear and tear on the injection mold.
More Detail
Price: $295.00
Gas Assist Part & Mold Design
The Gas Assist Part & Mold Design course offers insight into the hardware & components used in gas assist, the polymer parameters, the gas injection parameters, the mold parameters, as well as the gas assist injection techniques and design considerations.
More Detail
Price: $345.00
Hot Runner Systems
The Hot Runner Systems course discusses the different varieties of hot runner systems. The cost of the tool, its reliability, the level of cosmetics on the resultant parts, and production quantities expected, as the basis of choosing the right system for a specific application are discussed.
More Detail
Price: $295.00
Mold Filling Analysis
The Mold Filling Analysis course breaks down the mold filling analysis process and how it's use of the computer to simulate the physics of the injection molding process. Also reviewed is the geometry of the part, the filling of the mold, the cooling analysis, and finishes; with a review of several mold filling software tools. Within this course, are many case studies with valuable examples of the use of mold filling analysis.
More Detail
Price: $295.00
