Problem An applied research laboratory at a major university required a custom silicone ring mount system and urethane coupling that could withstand long-term, high-torque and high-RPM propulsion activity. Solution Using our design tools, testing lab and extensive database of silicone properties, we established the optimal...
"Customer Success Story: Custom Solution for Torpedo Propulsion"Continue reading
Building an Inclusive Environment, One Job at a Time In late 2021, Hutchinson's Ithaca, Michigan, plant formed a partnership with an organization called Mid-Michigan Industries (MMI) to implement an inclusive training program within the facility. Through the initiative, individuals with varying abilities can train and...
"Customer Success Story: Building an Inclusive Environment"Continue reading
Problem: A customer came to Hutchinson seeking a shock protection solution for their client’s shipboard “friend or foe” detection electronics box. The client wanted to use a Cablemount solution, but modeling showed that its output was too close to limits with little to no safety...
"Shipping Out an Elastomeric Shock Protection Solution"Continue reading
Problem: One of our competitors provided a customer with an isolator for a bulkhead-mounted enclosure with an internal circuit card deck that ultimately failed 901E shock testing. Solution: A precision system analysis, the creation of a custom elastomer blend for an existing isolator design and...
"Customer Success Story: Passing Shock Tests with Flying Colors"Continue reading
Problem: A customer approached Hutchinson with a complicated engine mount assembly that consisted of too many components, ultimately affecting throughput and cell supply to the production line. Solution: Hutchinson suggested a welded engine mount assembly design, as opposed to a cast design, to eliminate assembly...
"Customer Success Story: Mounting an Engineering Partnership"Continue reading
Problem: Increased competition and the rising price of parts Solution: The selection of a sole-source provider of an AS9100 electromechanical assembly. Results: Optimized design and improved system performance of an assembly that met strict ITAR and DoD quality standards and regulatory mandates.
Problem: A client that provides innovative electrified powertrain solutions for commercial transportation urgently required a vibration isolator with lower conductivity and unique specifications that did not exist at the time. Solution: The creation of a new, elastomeric compound and prototype to handle the large current...
"A Quick Adjustment to Electrification"Continue reading
Alternative energy sources for mobility including Natural Gas, Battery Modules and multiple types of Fuel Cells create nontraditional mounting schemes that need to perform as “flexible fasteners”. Dissimilar thermal expansion rates Large physical size/shape hole tolerance challenges Severe twisting and non-uniform road input accommodations Thermal...
"Electrification Solution Examples"Continue reading
Design Considerations — In the general introduction of this guide, it was pointed out that vibration and shock can have gross detrimental effects on the performance and reliability of a particular product. The vibration which a unit transmits to a supporting structure or the vibration...
"Design Considerations"Continue reading
Step-by-Step Isolator Selection — Four steps to determine the best isolator for your application. If there is still more than one isolator that fits your application, or if you cannot find one that meets all of your requirements, please contact us or your local sales...
"Step-By-Step Isolator Selection"Continue reading
