Applied manufacturing technologies, North America’s largest independent automation engineering firm supporting manufacturers, robot companies, system integrators, line builders and robotic automation users worldwide, announced today that the company was again awarded the Sales Growth Award for Authorized System Integrators by FANUC America Corporation. AMT is recognized for outstanding year-over-year robot sales growth in 2021 and was previously recognized in 2018 and 2015.
The Sales Growth Award for outstanding robot sales is awarded annually at the FANUC Automated System Integrator (ASI) conference. The 2021 winners were announced on February 16, 2022 during the 23rd ASI Annual Conference in Miami, FL.
“Applied Manufacturing Technologies has received the 2021 Sales Growth Award from FANUC America Corporation in recognition of its achievements in robotics sales and year-over-year growth,” said Lawrence Marino, account manager for FANUC America Corporation. “The award is given to FANUC America Certified Robotic System Integrators who have achieved at least 50% growth in robot unit sales over the previous year.”
“I would like to thank FANUC America for once again recognizing Applied Manufacturing Technologies with a Sales Growth Award,” said Michael Jacobs, President and CEO of Applied Manufacturing Technologies. “Our decades-long partnership has given us the tools and support to stay at the forefront of robotic technologies in the manufacturing industry.”
AMT offers full-service systems integration, specializing in end-of-line solutions, complex material handling systems and technical support such as turnkey industrial controls, robotic programming and automation consulting. Bringing together best-in-class technology and custom automation, AMT provides cost-effective, high-quality automation solutions. The company’s solutions have benefited manufacturers in the automotive, aerospace, medical, alternative energy, metallurgy, industrial machinery, rubber and plastics, food and beverage and many industries. other industries.