Defense & Security

Engineers building linear-motion systems can use ground-up DIY approaches or purchase complete turnkey solutions. Here we explain where each tactic is most profitable.

Robotics can be narrowed down to five types: Cartesian, Cylindrical, SCARA, 6-Axis and Delta. Each robotic type has specific elements that make them best-suited for different applications. The main differentiators among them are their speed, size and workspace. Knowledge of each type can help machine designers choose the best robot for their process.

Contemplating an actuator for your pneumatic linear-motion system? Here are some tips on how to select the best one for the job.

Workplace safety is—or should be—a primary focus of every organization, regardless of whether we’re talking about a classroom, an office, a manufacturing facility, or an oil rig. Employees deserve a workspace that is as safe and secure as it can possibly be.

Tasked with increased demand for high power output, many operators in North American sectors such as power generation, oil and gas, petrochemical and chemical have been challenged by low-voltage solutions and their associated logistical challenges.

Considering the number of variables present, gaining precise control of a process heating application can be a difficult task. In industries with a low tolerance for irregularities and a high demand for consistent quality, controlling the temperature of a substance from the start to the finish of a process is an absolute necessity.

Chromalox Heat Trace Panels are complete control solutions for the most demanding heat trace applications.  Their WeatherTRACE and IntelliTRACE lines provide temperature control, monitoring and power management in one package.

A temperature sensor is a key component of any process heating application as it provides temperature feedback about the process, which can be used to monitor or control the process

Just as sound can have negative effects on the human body, certain frequencies can play havoc on industrial equipment. When control valves are not selected appropriately, there is an increased risk for cavitation, which causes high noise and vibration levels, resulting in very rapid damage to the valve's internals and/or the downstream piping.