Quality Control in Steel Investment Casting
Quality control in steel investment casting is integral to ensuring precise and reliable components. The process begins with a thorough inspection of wax patterns, correcting any deviations from design specifications. Subsequent checks verify the ceramic shell’s integrity and uniform coating, with a keen focus on eliminating wax residues during the dewaxing process. Critical stages like […]
Tighter Tolerances Can Mean a Change in Manufacturing Process
Specifying tighter than standard tolerances can actually change the optimal manufacturing process for your parts. For example, a hole that can be machined on a vertical mill at one tolerance range may need to be bored on a lathe in a tighter tolerance range, adding set-up costs and lead time. Even tighter tolerance requirements may require grinding […]
Tighter Tolerances = Increased Costs
It is important to keep in mind that a tighter tolerance can result in additional cost because of increased scrap, additional fixturing, special measurement tools and/or longer cycle times because the machine may need to slow down in order to hold the tighter tolerance. Depending on the tolerance call out and the geometry associated with […]
Applications of Steel Investment Casting
Steel investment casting is widely applied across industries for its ability to produce intricate and highly precise components. In the aerospace sector, it is used for turbine blades and engine components, while the automotive industry relies on it for manufacturing engine parts and transmission components. In medical equipment, steel investment casting is utilized for surgical […]
The Steel Investment Casting Process
Here are the key steps involved in the steel investment casting process: Wax Pattern Creation: Injection Molding: Create wax patterns by injecting molten wax into molds. Pattern Assembly: Assemble wax patterns for the next casting stages. Shell Building: Coating: Apply ceramic coatings to the wax assembly. Drying: Thoroughly dry the coated pattern. Stuccoing: Reinforce the […]
Rapid Injection Molding
Rapid plastic injection molding is a process that results in a very durable set of identical parts for testing with multiple backup parts. Rapid injection molding can be used for high-fidelity product evaluations and bridge tooling for temporary production at a product launch. The typical lead time for rapid tooling is 2-3 weeks for the initial […]
Advantages of Investment Casting
Investment casting offers a plethora of advantages that set it apart in the world of production processes. Let’s delve into the key merits that make investment casting an exceptional choice for creating intricate and finely detailed components. Precision and Intricacy: Unmatched ability to reproduce complex designs with tight tolerances. Design Flexibility: Adaptable to a range […]
Rapid Sheet Metal Fabrication
Rapid sheet metal fabrication can be a great option for quick-turn flat parts that require the prototype to be evaluated in its final metal material. These parts can be turned around in a week or less and can often be cost-effective enough to manufacture two or more prototype designs in parallel. Aluminum 5052 is the […]
Rapid CNC Machining
CNC milling and CNC turning are great rapid prototyping options for parts that require the prototype to be evaluated in its final material if cut from fully dense stock. We can machine a wide variety of metals and plastics. Many CNC machined parts can be manufactured and shipped within a week. CNC expedite options are available […]
Benefits of Gravity Casting Aluminum
High Precision and Consistency:It is used to make the parts have complex geometry. Besides this, it gives high-dimensional accuracy to gravity-cast aluminum parts. It shows consistency throughout the large production runs. Improved Mechanical Properties: Gravity casting aluminum helps give denser and stronger metal structures. Besides this, it improves the mechanical properties, like tensile strength and hardness […]
