Computer numerical control (CNC) machines represent a cornerstone of innovation, precision, and efficiency in the realm of modern manufacturing. The integration of automation within CNC processes has further propelled these qualities, significantly enhancing operations. Read on to learn how automation can boost CNC productivity.… Read more >
Sinto America is excited to announce our participation in the Foundry 4.0 Conference 2024, a premier event for forward-thinking metalcasters. The conference is scheduled for July 30-31 at the Hyatt Regency Milwaukee. Engage with us to explore the newest technologies in data-driven manufacturing, automation, and workforce training.… Read more >
Rick Distler joined Sinto America this week as our Regional Sales Manager overseeing territory in Wisconsin, Minnesota, Illinois, Iowa and Montana. Bringing 10 years of Foundry experience, Rick will help Sinto acquire new business opportunities in a critical market. Outside of work, Rick lives on a lake and loves boating regularly.… Read more >
While often used interchangeably in popular media, robotics and artificial intelligence (AI) refer to distinctly different fields. Both are at the forefront of technological advancements and have significant but varying impacts across industries. Understanding these differences can help clarify their applications and potential.… Read more >
Robotic force torque sensors enable machines to measure and apply forces during operations. Their development over the years has contributed to the advancement of technology in various industries. Read on for a brief history of robotic force-torque sensors.
The BeginningsThe concept of robotic force torque sensors originated in the 1960s, when Joseph Engelberger developed the first robots for industrial applications.… Read more >
A 6-axis force-torque sensor is an advanced device capable of detecting forces and torques along three perpendicular axes: X, Y, and Z. This sensor allows precise control over complex movements, playing a crucial role in robotics, automation, and testing environments. Here’s a deeper look at how a 6-axis force torque sensor works.… Read more >
“Imagine having the ability to stop time at any given second to examine 10,000 snapshots of your operations to resolve bottlenecks and extend throughput beyond what your line was built for”
— BEET Chief Technology Officer and Co-founder David Wang.
Beet, the Michigan-based global industrial IoT platform specializing in intelligent manufacturing, is set to unveil BEET Core 5.0 featuring groundbreaking GenAI tools.… Read more >
Electric actuators are becoming increasingly popular in various industries due to their efficiency and environmental benefits. Read on to learn all the reasons why electric actuators are environmentally sustainable.
Energy EfficiencyElectric actuators are highly energy-efficient compared to their pneumatic and hydraulic counterparts.… Read more >
The advent of robotics in the manufacturing sector has revolutionized how we think about production. By introducing automation and precision, robotics addresses several longstanding challenges that have plagued the industry. Integrating robotics into manufacturing processes opens new avenues for innovation and productivity from enhancing efficiency to ensuring safety.… Read more >
Selecting the right force torque sensor for your application is a decision that demands careful consideration. These sensors are pivotal in various industries for precisely measuring forces and torques. Read on to find out what to consider when choosing a force torque sensor.… Read more >