This week, I welcome Eric van Uden of Solico on the show to discuss a recent news event where a runaway train was saved by a composite "whale's tail" sculpture designed by Solico Engineering.
This week, Alex Sassenberg joins me on the podcast to share the story of Reckless Motorcycles, a company driven by a passion for Motorcycling & Powersports. With more than 60 combined years of experience in the fiberglass & motorcycle industry, they provide their customers with the best line of quality parts in the industry.
Over 90 percent of their parts are manufactured with closed molding technology, eliminating VOC's and ensuring a safe & green workplace environment. All of their products are manufactured in-house from start to finish.
They also provide tooling for boat manufacturers as well.
This week I feature a recent interview with Andrew Pokelwaldt as he joined me to discuss some quality control tips for open mold fabrication facilities that use gel coats and resins. The interview is based on a recent article he wrote entitled “The Importance of Temperature and Measurement“.
Andrew is the director of Certifications, American Composites Manufacturers Association. You can email him at email@example.com.
On this episode, we’ll address the topic of the ever-increasing manufacturing skills gap in the US and what is being done to engage and inspire more young Americans of all backgrounds to build great careers in the manufacturing trades.
This is a two-part episode, featuring interviews with two guests.
My first guest is Sarah Boisvert. She is the author of The New Collar Workforce: An Insider’s Guide to Making Impactful Changes to Manufacturing and Training. It’s a culmination of research with 200 manufacturers in the US on the skills needed mostly for operators and technicians on the factory floor.
My 2nd guest is Chris Brenchley, the co-founder, and CEO of Surehand. Surehand is a self-service hiring platform that instantly matches industrial employers with skilled tradespeople.
This week, I welcome Eugene Giller, and Alex Orphanos of RIZE on the show to discuss their newest RIZIUM™ Glass Fiber Material, a composite 3D printing material with the high-dimensional stability and high stiffness for the strength required for printing large parts.
RIZE Inc. is a next-generation additive manufacturing company helping customers drive sustainable and inclusive innovation. Prestigious organizations such as NASA, PSMI, Wichita State University, and the US Army use RIZE solutions to support their additive manufacturing needs.
RIZIUM Glass Fiber is the only composite 3D printing material suitable for full-color parts, and the stability to support parts with complex geometries that often can warp. It also doesn't expose the user to volatile organic compounds (VOCs) and carcinogens that are often emitted by more typical ABS and PLA materials.
RIZIUM GF is recyclable, requires minimal to no post-processing to remove support structures,
It is UL GREENGUARD certified, and safe to be used at home by those teams that are not fully back in a factory setting due to the pandemic. This new material expands the portfolio of the RIZIUM Alliance, where other 3D printing industry partners can implement safer, sustainable, recyclable 3D printing on a variety of platforms, such as the RIZE 2XC.
You can learn more by visiting https://www.rize3d.com/materials/rizium-gf.
This week, I welcome Bob Yancey of Hexcel on the show. Hexcel is a leading producer of carbon fiber reinforcements and resin systems and the world leader in honeycomb manufacturing for the commercial aerospace industry.
Bob is the business development director for Hexcel and his work includes developing new and emerging business opportunities for advanced composites & new manufacturing technologies like powder bed fusion with reinforcement, automated fiber placement, and automated tape laying.
This week Tom Wright of Bedford Reinforced Plastics (BRP) rejoins me on the show to discuss the ReadyLadder, the first-of-its-kind modular fixed ladder system. It allows for easy
installation and faster shipment than custom fixed ladders.
The ready-to-ship access ladders are produced using Bedford’s long-lasting, FRP material. They won’t rust, rot, corrode or conduct electricity, and they’re lightweight for easy installation.
ReadyLadder is able to stand up to high humidity, saltwater, insects, harsh climates, and other tough environments.
This makes it an excellent choice for a wide range of industries, including cooling towers, mining, oil and gas, plant and chemical processing, pulp and paper, utilities, wastewater, and water treatment and more.
This week, Francesco Pantaleone of Roboze joins me to discuss their company. Roboze was founded back in 2013 with a team of professional visionaries in the 3D printing sector with a passion for challenging design standards on a global scale.
Roboze customers turn to Roboze engineers to address and surpass their industrial needs in the Oil & Gas, Automotive, Motorsport, Aerospace, Manufacturing, and Defense sectors.
Their singular mission is to provide the best professional 3D printers, with FFF technology for extreme industrial applications through continuous product innovation, to create tangible competitive advantages in terms of precision, flexibility, personalization, and convenience for their end customers.
These are the strengths that separate Roboze from its competition.
This week, I welcome Paul Hassett, the Market Development Manager at Covestro, North America. He joins me on the show to discuss the benefits of Covestro's Maezio® thermoplastic composites.
These composites combine high mechanical strength with premium aesthetics and ultra-lightweight performance. They also boast versatile processing options for production at scale thanks to compatibility with several production technologies including thermal compression molding, automated tape laying (ATL), automated fiber placement (AFP), and functional integration by injection molding.
These composite materials are characterized by their unique, metal-like surface immediately after production, which is also compatible with a wide range of coating and embellishment options.
Also, unique textures, logos, and other details are possible, making structural parts more aesthetically appealing.
We'll be discussing some of the product applications these materials are now being used in.
You can learn more by visiting composites.covestro.com.
On this episode, Jeff Austad of Ventilation Solutions joins me on the show to discuss some of the custom engineering services they offer to the composites industry.
Ventilation Solutions brings 30 plus years of experience in providing engineered solutions for customers needing industrial air moving equipment, emission control, dust control, air handling, and HVAC systems in composite fabrication facilities as well as industrial manufacturing and warehousing industries.
They have extensive experience in the development of ventilation systems specifically for composite/fiberglass materials, gelcoat, lamination, closed molding, grinding, sanding, and dust collection.
Jeff will be discussing the unique value Ventilation Solutions offers to our industry; one being they’re a single-source contractor that makes sure that their customer’s facilities are code compliant, safe, and contaminant-free with a total customized solution that is specific to their operation.
This week, I welcome Bill Rice of Magnum Venus Products on the show to discuss the latest in gelcoat spray technology and also maintenance best practices for spray gun operators to help plants save money on equipment parts, seals, and gaskets.
Bill has been in the FRP industry almost his whole life. His father owned a commercial boat building business back in the 70’s. He started working with him in his early teens until his father sold the business in the mid 80’s. Bill started with Magnum Venus Products back in 2000 and has served as a sales technician with them for the last 20 years.
On this episode, Bill will also be sharing some details on MVP’s multi-color systems for FRP manufacturers who want to spray multiple colors without paying for three individual spray units.
To learn more about MVP”s technology, visit their website at https://www.mvpind.com.
On this episode, Jennifer Towner joins me to give an update on the cancellation of POLYCON 2020.
This week, I welcome Amaël Cohades, Ph.D., CEO of CompPair Technologies on the show to discuss how they are bringing healable and sustainable composite material solutions to extend the lifetime of composite parts, contributing to a circular economy in the industry.
CompPair Technologies Ltd. is the result of 12 years of thorough research in self-healing composites in the Laboratory for Processing of Advanced Composites in Lausanne, Switzerland.
Amaël is joined by a highly complementary team, with a strong network in the composites industry and a wealth of experienced advisors. Their pre-impregnated textiles allow composite parts to fully recover their initial properties in minutes while suppressing the usual repair waste.
Overall, CompPair has the potential to reduce composite resources needs by half. We'll be discussing this technology and the applications, as well as the research that has gone into its development.
On this episode, Dr. Chris Arnusch joins me to discuss some of his research work in the fight against COVID-19. With the worldwide focus on coronavirus prevention and transmission, a new type of air-filter that self-sterilizes and decontaminates is being developed at Ben-Gurion University of the Negev in Israel based on water filtration technology.
This new nanotechnology is based on laser-induced graphene (LIG) water filters that eliminate viruses and bacteria in water. This new concept, engineered for air-filtration could be used in air filters in heating, ventilation, and air-conditioning (HVAC) systems. It could also be integrated into face masks for a self-sterilizing effect. Most masks like the N95 can become contamination risks during usage if not properly handled.
LIG is a microporous graphene foam that can be generated on many types of materials and is already resistant to bacteria and actively kills microbes and viruses using a low-level electric current from a power source.
Dr Chris Arnusch and his group of researchers envision the two-fold protective system applied to air-filtration offering a new solution in our fight against COVID-19.
On this episode, I am pleased to have Andrew Pokelwaldt join me. Andrew is the Director of Certification for the American Composites Manufacturers Association.
Andrew has 28 years of experience in leadership, training, and operations. In his current role at ACMA he develops, delivers and directs the composites technical fabrication training and certifications industry-wide.
His composites experience includes manufacturing management, training, process, and personnel training roles in various composite industry areas over the past 10 years. Andrew worked as a dual career military reservist for 24 years including service in Operation Iraqi Freedom leading foreign military training and operations.
On today’s show, we’ll be discussing some safety practices in your plant as it relates to composites and cast polymer manufacturing. We’ll talk about daily implementation and safety improvements that will improve your bottom line, reduce waste, and benefit your workers.
Andrew will also be talking about the ACMA’s Certified Composites Technician (CCT) program. It supports professional development and facilitates uniform training and technical skills for composite manufacturers.
This week, I welcome Matt Villarreal (CEO) of Infinite Composites Technologies on to discuss a new technology they've developed - the first ever, spherical all-composite carbon-fiber pressure vessel for storing cryogenic propellants for launch vehicles and spacecraft such as a lunar lander.
By providing the lowest mass and most cost-effective option to store fuel, ICT’s CryoSphere would affect the in-space capabilities of future missions, reduce the cost of launch vehicles to transport cargo to space, and increase the amount of payload to planetary surfaces.
This week I welcome David Nolletti on the show to discuss how this current pandemic will impact the aerospace and defense industries.
David Nolletti is the director at Conway MacKenzie, and is a manufacturing expert, particularly in aerospace and defense. Dave has substantial experience in aerospace, defense, distribution, consumer products, aerospace maintenance repair and overhaul (MRO), and general industrial verticals. His broad manufacturing experience includes precision machining, grinding, forging, casting, complex assembly, and kitting.
This week, I welcome Blake Teipel, CEO of Essentium on the show to discuss how his company is coming to the aid of the medical industry during the COVID-19 pandemic. Essentium, Inc. provides industrial 3D Printing Solutions that are disrupting traditional manufacturing processes by bringing product strength and production speed together, at scale, with a no-compromise engineering material set.
They manufacture and deliver innovative industrial 3D printers and materials enabling the world’s top manufacturers to embrace the future of additive manufacturing. You can learn more about their company by visiting www.essentium3D.com.
On this episode, I welcome Devon Copley CEO of AVATOUR, a new communications technology that is helping tech-forward companies respond to COVID-19 travel restrictions.
The AVATOUR remote presence platform employs the latest virtual reality technology to transport users to a remote location in real-time, providing a new and effective substitute for travel during times like this.
This technology is allowing businesspeople who find themselves unable to visit facilities worldwide.
You can learn more by visiting http://avatour.co/.
This week, I welcome Ravi Kunju, Senior Vice President of Strategy and Business Development of Altair.
Altair is a leader in composites manufacturing solutions
and has helped many of its customers expedite their manufacturing processes by simulating the design of their 3D printed models to identify places where degradation will occur and how to alter designs to prevent degradation cutting the iterative process nearly in half.
You can learn more about their company by visiting them at https://www.altair.com.
This week I welcome Kelly DeBusk, owner of Composites Compliance on the show to discuss how to handle an OSHA inspection. She has over 20 years of experience in environmental and safety regulations governing the composites industry.
The continuing goal of her company is to help members of the composites industry comply with all the current environmental, health and safety regulations, as well as, to assess the possible impacts of new and proposed regulations and to help minimize the effects of those regulations.
Composites Compliance is also actively involved with keeping businesses up to date on any proposals, laws or government actions that could affect the composites industry.
On this episode, Kelly and I will be discussing how business owners can handle that dreaded inspection by the Occupational Safety and Health Administration. We’ll be talking about what business owners can expect and the resources they should have for always being ready.
You can find out more about Composites Compliance by visiting them at www.compositescompliance.com. If you have questions for Kelly, she can be contacted at firstname.lastname@example.org.
This week I welcome Bill Masters on the show. Bill is an American engineer, inventor, manufacturing entrepreneur, and business advisor.
He is known as the Father of 3D Printing, holding three computer automated manufacturing patents, that laid the foundation for today's 3D printing systems.
A number of highly respected engineers have claimed credit for being the inventor of 3D printing, however, as patents on file with the USPTO make clear, Bill Masters filed the first patent for this additive manufacturing technology on July 2nd, 1984.
According to the Bill, the idea for 3D printing occurred to him one night while camping on the Chattooga River in northeastern Georgia. While lying on the riverbank looking up at the stars, Bill realized you could take one star and make that your seed point. You could add stars from any direction until you had the shape you wanted.
He spent years refining this idea and filed a patent for his Computer Automated Manufacturing Process and System in 1984. This filing is on record at the USPTO as the first 3D printing patent in history.
Bill is also known as the father of modern kayaking. Starting out with only $50, he transformed a one-person operation into the largest kayak manufacturing company in the U.S.
We'll be discussing Bill's extensive background in 3D printing and Kayak manufacturing. We'll also be discussing his latest invention, the Shot Block, which is already sparking conversation in the gun market with it's new, patented, and innovative technology.
This week, we welcome Dr. Robert Doneker of Tangitek, LLC, a technology start-up located in Portland, Oregon USA. They develop carbon fiber composites for the aerospace, electronics, defense, communications and consumer products industries.
On this episode, we'll be discussing their MF-RAMTM, a lightweight thin electromagnetic absorbing flocked carbon fiber material used for EMI/RFI suppression in electronics and as radar absorbing materials.
As wireless communication devices and automation become more common, high-performance shielding materials that are lightweight, thin and durable are needed to manage growing EMI. New materials are needed to facilitate the development of new mobile, wearable, wireless communication devices, and products in the aerospace, automotive and consumer industries.
TangiTek has developed lightweight, magnetically loaded, flocked carbon fiber composites as microwave absorbers in the 300 MHz to 30 GHz frequency range. These CF composite absorbers will have immediate use in aerospace industries where even marginal weight savings has the potential to provide a large payback.
TangiTek is one of twelve companies that won the (ASA(ALT)) Army xTechSearch Phase III challenge for its technology.
You can learn more about them by visiting http://www.tangitek.com/.
This week I welcome Dave Salvaggio and Lyle Brummer of SpeedKore Performance Group on the show. SpeedKore is an American Performance Company where engineers and artisans combine traditional craftsmanship with cutting edge technology.
They specialize in custom performance vehicles, carbon fiber composite part manufacturing, and engine integration.
SpeedKore manufactures the highest quality carbon fiber upgrades, exceeding OEM quality standards. Designed and manufactured in America.
Each of their builds follows the signature SpeedKore recipe: reduce weight and increase horsepower.
The SpeedKore advanced composite team sheds weight from each vehicle with custom, lightweight prepreg autoclave carbon fiber. The increased power is achieved through pairing the updated, lightweight chassis with fine-tuned, high-power drivetrains specifically modified for each vehicle.
On this episode, we'll be discussing the history of the company and their process for designing carbon fiber composite parts.
You can learn more about them, by visiting them at speedkore.com.
This week I welcome Brian Gaughan of IntegriCo Composites on the show to discuss how their patented technology is using recycled landfill-bound plastic to create composite railroad ties that far exceed industry standards for high consistency and structural integrity.
Their products are formulated from extremely tough plastic, and the specialized, low-heat process used by IntegriCo preserves the properties of plastic that make it such a strong and versatile raw material.
Their railroad ties provide benefits for all major rail tie applications from the extreme loading conditions of Class I heavy axle load applications to the caustic environment of an industrial chemical processing plant.
On this interview, you hear Brian share the history of their company and how they are diverting and reusing landfill-bound plastic to create extremely durable products. To date, they have reused over 80 million pounds of plastic since 2009!