The HEXpert system provides the key performance information crucial to choosing effective solutions for specific processing plant applications.
Sustainability issues are being addressed by the company through five main fields of action.
These units are designed to operate in wet, dusty, washdown environments, or where equipment is subject to particularly intensive high-pressure cleaning.
The threadmaking solution includes versatile, affordable high-quality taps, thread mills and drills that are ideal for a wide range of materials in high-mix, low volume job shop applications.
Neugart is expanding its range of application-specific gearboxes with a solution specifically for use in Delta robots.
The low-cost carriages are injection-molded from regranulated high-performance plastic and injection-molding production waste, including sprue and defective parts.
The ultra-compact, wall-hung boiler is designed for residential customers looking to modernize and electrify their hydronic heating systems.
The valve features direct-acting, high-flow design for superior flow control performance and operational certainty.
This digital toolkit helps create, assign, track and finish work orders with a few simple clicks.
Applications include networking, communications, sound/studio systems, laboratory instruments and industrial computers/control technology.
These modular components enable selection of the optimum combination of motors, gearboxes, encoders, brakes, shafts and controllers for specific applications.
The craft will be used by NASA to ferry cargo to and from the International Space Station (ISS).
The company is researching how to combine its own smart Gestica control system with artificial intelligence (AI) and with self-learning machines in order to make the injection molding process more intelligent.
Designed primarily for high-quality, high-value healthcare and laboratory electronics, the enclosures are also ideal for feedback control, test and measurement, communications and network technology.
Many companies are shifting manufacturing back to the U.S. at record speeds.
Fastener load is optimized with a round self-tapping screw featuring a trilobular tapping zone.
Portability comes to microspectroscopy with a research-grade confocal Raman system from Oxford Instruments WITec.
The acoustic localization approach described by the Georgia Tech team explores the use of machine learning algorithms to detect the subtle sounds inadvertently produced by humans as they move around.
These can be used in a variety of applications where positional accuracy is of utmost importance, performance data is being measured or fast reversals are a common occurrence.
To create the new soft robotic gripper, the team employed a weaving technique wherein threads are tightly intertwined with various materials like PET plastic or rubber, to create a fabric that can support heavy objects.