Category Archives: Videos

Vac-U-Max: Maximizing Movement of Powders while Minimizing Dust Exposure with Properly Designed Pneumatic Conveying Components and Systems

Today’s plastics processing environments not only feed and convey plastics pellets, but also powders like talc, calcium carbonate, wood-flour, and pigments, all of which often are dusty and hard to handle. Learn more about the Top 10 Design Considerations when designing Pneumatic Conveying Systems for your hard-to-handle powders. Presented by VAC-U-MAX of Belleville, NJ, USA.
(Published on YouTube on April 26, 2017)

Continue reading Vac-U-Max: Maximizing Movement of Powders while Minimizing Dust Exposure with Properly Designed Pneumatic Conveying Components and Systems

KREISEL: Exchange of Screw Pump by Ceramic Rotary Feeder

Exchange of Screw Pump by KREISEL Ceramic Rotary Feeder
Animation of Screw Pump Replacement by KREISEL Ceramic Rotary Feeder
(Published on YouTube on May 16, 2017)

Austausch von Schneckenpumpe durch Zellenradschleuse
Die Animation zeigt den Ersatz einer Schneckenpumpe durch eine Zellenradschleuse der Firma KREISEL.

Continue reading KREISEL: Exchange of Screw Pump by Ceramic Rotary Feeder

GENMA Pneumatic Ship Unloader GPU400 in Operation

The GPU series pneumatic ship unloader for handling bulk materials requires only very little clearance work. Shown here is the GENMA GPU400 pneumatic ship unloader in operation in the Puerto Cabello port.

Important facts:

■ Wide range of application
■ High performance
■ Low energy-consumption
■ Multi-type undercarriage design
■ Pro-environment
■ Efficient & Intelligent

(Published on YouTube on May 5, 2017)

Continue reading GENMA Pneumatic Ship Unloader GPU400 in Operation

Key Technology Company Introduction

Key Technology, founded in 1948, is the trusted partner to over 3,100 customers in 81 countries, providing process automation systems for the food processing and other non-food processing industries.

Key Technology develops and manufactures automated digital sorting systems and integrates them with our advanced material handling technologies to provide complete solutions for processors of food and other processed products. Our digital sorting solutions utilize a wide array of sensor technologies, including multi-spectral lasers, color and infrared cameras, and hyperspectral technology.  Sensor data is analyzed through specialized processing applications, leveraging our proprietary software and algorithms. This data is used to intelligently identify and remove defects and foreign materials, and manage product characteristics to maximize customer product quality and increase their process yields.

A publicly-held company, Key’s stock trades on The NASDAQ Global Market under the symbol KTEC. Key is also an ISO-9001 certified company.
(Published on YouTube on December 15, 2015)

SWR Engineering: Dusty Monitors Damaged Dust Filters

Dusty is a filter monitor that works on a triboelectric basis.
The Dusty was specially developed to reliably monitor clean sides after filters for filter breaks without delay. The Dusty can be used in metal channels in which dust particles are to be detected in flowing gas. Its operational range starts at dust concentrations of 0,1 mg/m3.

SWR is contact and problem-solver for customers who process and handle solids in their processes and procedures. Our products are used in the processing of raw materials as well as in production and environmental protection.
(Published on YouTube on April 25, 2017)

Continue reading SWR Engineering: Dusty Monitors Damaged Dust Filters

A TEC Group – Reference Project LEUBE

A TEC – innovative technologies for tailor-made solutions .
When it comes to outstanding technological performance, you need experts who think ahead.

Innovators who always go a step further. Significant efficiency improvements, sustainable cuts in energy consumption, compliance with or even overachievement of environmental limits – our solutions give a competitive edge to our customers.
(Published on YouTube on August 22, 2012)

Continue reading A TEC Group – Reference Project LEUBE