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Heat Energy Removal/Time to Cool Thus far, for the Vial Case Study, we have reviewed the Core Designs, Simulation, & Stress. Next is Heat Energy Removal & Time to Cool During the injection molding process, heat energy is removed from the molten plastic in several ways: Conduction: The mold, typically made of metal, acts as…

The next step of the design process is to analyze the amount of stress that may develop within each of the prospective mold core inserts based on the results of the injection molding process simulation. This step is incredibly important because the plastic pressure within the mold cavity can be very high, and the placement…

The manufacturing industry has around 500,000 open job positions, and manufacturers all over the country are struggling to fill those spots. Even with compensation that is almost double that of federal minimum wage, these job positions remain vacant. With its unique internship/apprenticeship program, Anova Innovations, in partnership with Erie High School, is working towards alleviating…

From pill bottles and life-saving medical equipment to business-essential tools and household appliances, there are uncountable numbers of products that manufacturers make out of plastic. Polymers are truly exceptional materials. While plastic will likely always have a place in our lives, it’s clear that our over-reliance on it has severely impacted our planet. Thankfully, biodegradable…

3D metal printing, also known as additive manufacturing (AM), is radically changing the manufacturing sector. Not only is it unlocking new levels of productivity, affordability, and agility, but it may also be the key to long-term sustainability. If you’re looking for a solution that can help maximize your bottom line while minimizing your carbon footprint,…

From binder jetting and directed energy deposition to photopolymerization and powder bed fusion, the jargon around additive manufacturing can be challenging to keep straight. To help alleviate some of the confusion, Anova Innovations breaks down some of the most essential industry terms. For manufacturing veterans, this piece can be a useful refresher. For the newcomers,…

Depending on what stage of manufacturing you specialize in, you may have heard people talking about additive manufacturing. If you’re curious about the difference between subtractive and additive manufacturing, Anova Innovations is here to help. In this piece, we’ll clearly define both manufacturing processes and highlight the pros and cons of each, with an emphasis…

In Part 1 of this case study, a plastic parts manufacturer was looking to upgrade a traditional mold for pharmaceutical pill bottles. Part 1 highlighted how engineering calculations are used as part of the mold design process to quickly assess the capabilities of various design options. In that study, Anova Innovations compared four different cores…

There is a multitude of metrics that manufacturers have to balance when working through the design process for conformal cooling applications. From the uniformity of the steel temperature across the mold stack up to how efficient the cooling process is, it’s critical to evaluate all components. However, the core is often the most vital. If…

The Covid-19 pandemic eliminated 1.4 million jobs in manufacturing. In an industry that was already facing a shortage of skilled workers before 2020, the shutdowns brought a whole host of challenges that are still being dealt with over two years later. Though over 800,000 workers returned to their positions when states lifted restrictions, 500,000 jobs…