Stratasys and Eckhart Sign Agreement with Exclusive Rights to Accelerate 3D Printing Adoption for Factory Tools
The collaboration is to support the design of a new generation of
factory tools and could bring disruptive innovation to the industrial
tooling market in
For over 60 years Eckhart has been building the tools that manufacturers use to make their production lines safe and efficient. The company’s advanced manufacturing solutions are used by the largest manufacturers in the world to assist and automate the assembly process for industries such as automotive, aerospace, heavy construction, medical and others.
Eckhart’s ergonomic lift-assist and torque-mitigating tools allow a technician to perform tasks like lifting and positioning a car engine while it is bolted to the chassis. And the company also makes tools that let manufacturers complete high-torque assembly processes where space and part shape limit access.
Eckhart believes that the tooling industry is ripe for change with the introduction of additive manufacturing technology to help redesign factory tools.
“At Eckhart, we believe that with additive manufacturing, there is a
real opportunity to reinvent how industrial tools are designed,
manufactured, and ultimately used by customers,” says Eckhart President
Three Key Ways Additive Manufacturing Can Help
Based on the unique ability of additive manufacturing to help drive innovation for next generation factory tooling, Eckhart sees three main ways the additive processes can help the tooling industry:
Light-weighting & Ergonomics: The lighter and more organically shaped a tool is, the easier it is to operate and move around the assembly environment. A strong point of additive manufacturing is its ability to produce organically shaped parts that are lighter than conventional designs produced in metal, while still being strong. Stratasys’ carbon-fiber-reinforced nylon (FDM Nylon 12CF) has a strength-to-weight ratio that enables it to replace metal in many applications.
Line-of-Sight Improvement: Additive manufacturing can be used to design voids in a tool. Traditionally made tools often have extra material that isn’t providing a value. By reducing the unneeded material, line-of-sight is improved. By cutting material out you can see more of the assembly operation.
Simplified Build Structure and Simplified Bill of Materials: Additive manufacturing can be used to significantly reduce the part count of an assembly. By redesigning an assembly of numerous parts into a single part and 3D printing it, designers can reduce the part count and thereby simplify both the build structure and the bill of materials for manufacture.
“Our intent is to completely replace existing metal tools with 3D printed equivalents,” says Storm. “The potential for innovation in weight-savings, simplified bills-of-material, and enhanced operator visibility that additive manufacturing affords is unprecedented.”
“We’re looking forward to working closely with Eckhart to help redesign
a new generation of factory tools,” says Stratasys Senior Vice President
Eckhart’s 3D printing laboratory is located in its recently opened
Advanced Technology Center in
In addition to accelerating the adoption of 3D printing, the partnership is aimed to leverage both companies’ expertise in adjacent markets to promote the adoption of Industry 4.0 and the use of micro sensors in 3D printed tools to begin integrating advanced diagnostics that will enable the smart factories of the future.
“The significant advancements in micro sensors and position based technologies afford us an opportunity to change how our customers monitor and manage the health of their line,” says Storm. “We’re partnering with the global 3D printing leader whose technology is transforming how, when, and where things are made to integrate advanced technology into our suite of solutions and bring real value by helping Eckhart’s strategic customers accelerate the adoption of Industry 4.0.”
For over 60 years
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