Anova Innovations | Industry-Leading Additive Manufacturing

A deeper dive into anovainnovations.com

Common questions asked about anovainnovations.com

1. What is 3D Steel Printing/Conformal Cooling?

3D Steel Printing/Conformal Cooling is a cutting-edge technology that allows for the production of complex steel parts with intricate designs. It enables the creation of conformal cooling channels within molds, resulting in more efficient cooling and shorter cycle times. This technology improves part quality and reduces manufacturing costs.

2. How does Anova Innovations guarantee cycle times?

Anova Innovations guarantees cycle times by utilizing their expertise in 3D Steel Printing/Conformal Cooling, design/build molds, mold insert/component build, and simulation and mold engineering. By optimizing the cooling process through the use of conformal cooling channels, they are able to significantly reduce cycle times and increase the number of statistically capable parts produced per hour.

3. What sets Anova Innovations apart from other companies?

Anova Innovations stands behind their work and promises relentless continuous improvement. They are committed to exceeding customer requirements and expectations while maintaining positive partnerships and relationships with customers, coworkers, and suppliers. Their expertise in 3D Steel Printing/Conformal Cooling, design/build molds, mold insert build, and simulation and mold engineering sets them apart from other companies in the industry.

4. Can Anova Innovations handle custom jobs?

Yes, Anova Innovations can handle custom jobs. They have the capabilities and expertise in 3D Steel Printing/Conformal Cooling, design/build molds, mold insert/component build, and simulation and mold engineering to bring any vision to reality. Contact them to discuss your specific requirements and they will work with you to deliver a custom solution.

5. How can I contact Anova Innovations?

You can contact Anova Innovations by calling 814.504.6357 or visiting their location at 2820 W. 21st St., Erie, PA 16506. They are available to answer any questions you may have and discuss your manufacturing needs. You can also reach out to them through their website's contact form.

Some reasons to choose anovainnovations.com

Efficient Cooling for Shorter Cycle Times

By utilizing 3D steel printing and conformal cooling, the company is able to design and build molds that have more efficient cooling systems. This results in shorter cycle times, allowing for more parts to be produced per hour. The improved cooling also leads to more statistically capable parts, ensuring higher quality output.

Guaranteed Cycle Times

The company stands behind their work and guarantees cycle times. This means that customers can rely on the company to deliver on their promised production rates, providing peace of mind and ensuring efficient operations.

Relentless Continuous Improvement

Anova Innovations promises relentless continuous improvement both internally and externally. This commitment to improvement ensures that the company is always striving to meet and exceed customer requirements and expectations. By maintaining positive partnerships and relationships with customers, coworkers, and suppliers, Anova Innovations fosters a collaborative environment that drives success.

Custom Job Capabilities

If you need a custom job done, Anova Innovations is the company to contact. With their expertise in 3D steel printing, conformal cooling, mold design and build, mold insert build, simulation, and mold engineering, they have the capabilities to bring your vision to reality. Whether it's a unique mold or a specialized component, Anova Innovations can deliver.

Experienced and Trusted

Anova Innovations has a proven track record of success. With their extensive experience in 3D steel printing, conformal cooling, mold design and build, mold insert build, simulation, and mold engineering, they have a wealth of knowledge and expertise to offer. Customers can trust in their capabilities and rely on them to deliver high-quality results.