DIE CASTING
Die casting is a manufacturing process in which molten metal is poured or forced into steel molds.
The molds—also known as tools or dies—are created using steel and are specially designed for each project.
This allows each component to be created with accuracy and repeatability. Aluminum, zinc, and magnesium are the most commonly used die casting alloys.
Die Casting Advantages
Die casting can have significant advantages over other manufacturing processes, which often lead to major cost savings, not only in the part price itself but also in the overall cost of production.
When you cast a part, you can create complex net shapes, including external threads and complex internal features with minimal draft angles—minimizing secondary operations.
You can also combine multiple parts into a single part, eliminating assembly operations and lowering labor costs, with the added benefits of simplified stock control and greater component consistency.
Other benefits include:
- Variable wall thicknesses
- Tighter tolerances
- Fewer steps from raw material to finished part
- Fast production cycle times
- Reduction in material scrap
- Long tool life, especially for zinc and magnesium
The die casting process can be further divided into two different categories:
- Hot Chamber Die Casting
- Cold Chamber Die Casting
Unison Tek is very good at manufacturing turning parts and milling parts, we still cooperate with some sister companies, someone die casting factory.
There are much experienced engineers to work to meet high quality metal parts for our clients to meet their goals.
The following are our parts of die casting:
Hand Tools
Our engineering team provide any categories of hand tools include wrenches, pliers, cutters, files, striking tools, struck or hammered tools, screwdrivers, vises, clamps, snips, saws, drills and knives.
Shaver for Animals
One part of the electric shaver that is for animals we provide to our clients with high quality. With high-precision shaver can increase work efficiency and decrease any mistake.
