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Steel belts are top of the milk for Tetra Pak

Tetra Pak has recently launched the Tetra Evero Aseptic one–litre – the first aseptic carton bottle for milk.

The new carton combines the easy handling and pouring of a bottle with the environmental and cost advantages of a carton. It is initially being aimed at the ambient white milk market, including non-oxygen sensitive enriched products, including flavored milk and cream.

Unlike traditional carton materials, which are aseptically sterilized before they are formed into shape, the Tetro Evero Aseptic is pre-formed and not flat-packed, meaning it requires an alternative approach.

The majority of existing technologies for sterilizing performed shapes rely on a gas-condensation process. This process involves the gas condensing on the material surface, but this is known to be complex and difficult to control.

The Tetra Evero Aseptic, however, uses a new gas-phase sterilization technique which involves the cartons passing through a unique aseptic chamber in pairs where they are exposed to hydrogen peroxide. The gas comes into contact with the whole preformed package – inside and out, removing any contaminants that might have been present before entering the aseptic chamber.

The cartons travel on steel belts during this production process. The use of steel belts is a highly hygienic alternative to using traditional plastic and PU conveyor systems. Avoiding the spread of contaminants is imperative in belt technology: steel belts are far easier to clean than their plastic counterparts and do not need to be lubricated in order to transmit power. This is important because germs and potentially harmful bacteria are attracted to dust generated by lubricant grease, which can potentially contaminate food or other products.

Steel belts are not just available as flat conveyors, they can be customized in many ways and offer novel and exciting solutions to a variety of complicated conveying problems. Belts can be perforated with complex patterns for timing, vacuum or dosing applications.

Together, the steel belt technology and the new gas-phase sterilization technique used in the production of the new Tetra Evero Aseptic have resulted in a highly effective means of commercial sterility – an innovative development which should now set the gold standard for the production of aseptic packaging across Europe and the rest of the world.

Stainless Steel Belts Shine in Solar Cell Applications

Agawam, MA — June 8, 2011…. Belt Technologies, a leading provider of metal belt and conveyor systems, provides photovoltaic manufacturers a more efficient means of producing solar cells that use the sun’s energy to generate electricity. As the world makes significant moves towards sustainability, manufacturers are continually searching for more efficient ways to produce products that take advantage of renewable energy sources.

Belt Technologies’ steel belts have provided manufacturers a more effective solution for transporting components through the cell manufacturing process as well as final panel assembly. Used in tabber and stringer operations, the belts provide many benefits not found in alternative belting materials. The belts’ robust nature allows them to be perforated and sustain accuracy in high-speed vacuum systems. As a result, cells can be moved precisely to the required welding spot to achieve accuracies of .1mm or less in both the lateral and horizontal planes. Additionally, stainless steel belts from Belt Technologies are able to resist the high temperatures involved in laser soldering bus ribbons during the solar panel assembly process, avoiding the quality-threatening belt degradation commonly seen with plastic and fabric belts. Their longevity under intense heat provides cost savings to manufacturers as a result of fewer belt changes and reduced down time. Abrasion-resistant release coatings prevent solder buildup and provide protection for the various fluxes commonly used in the manufacturing process.

For more information on this and other Belt Technologies products, call 413-786-9922.

Belt Technologies designs and manufactures belt conveyors for wide ranging applications in the automation, electronics, packaging, food processing, medical device, tobacco, and aerospace markets.

Perforated Steel Belts Improve Efficiency in Blood Filter Production

Agawam, MA — April 19, 2011…. Belt Technologies has developed a perforated stainless steel belt that has significantly improved production efficiency for a leading manufacturer of advanced technologies in the separation of liquids, solids, and gases. The belt, used to transport pre-coated blood filter elements through a forced hot air drying chamber, has streamlined the production process and helped Porous Media Corporation of St. Paul, MN achieve machine efficiencies in the 96-98% range.

The belt’s large perforations allow for the maximum amount of airflow through an upper and lower belt, resulting in complete drying of the liquid coating solution. Its seamless non-stretch surface eliminates the threat of particulate debris being introduced into the manufacturing environment, while allowing for a complete “clean and place” process, which cannot be done effectively with other belting materials. A cycled belt cleaning operation can be performed simultaneously with the production of the filters, eliminating the need for stoppages and resulting in machine efficiencies in the upper 90% range. The product’s non-stretch properties result in better positioning and increased accuracy.

For more information on this and other Belt Technologies products, call 413-786-9922.

Belt Technologies designs and manufactures belt conveyors for wide ranging applications in the automation, electronics, packaging, food processing, medical device, tobacco, and aerospace markets.

Independent Pulley System Steers Flat Belts for On-the-fly Adjustments

Agawam, MA — February 16, 2011…. Belt Technologies has developed a simple and effective pulley system for independently steering flat belts while allowing for easy on-the-fly tracking adjustments. The patented system provides a solution to tracking problems encountered as a result of operating environment changes and also eliminates downtime by allowing independent belt adjustments on a multi-pulley common shaft. Steering is accomplished by adjusting the angle of the pulley relative to the belt and modifying lateral tension. Rather than moving the pulley shaft through the use of pillow block adjustments, the ISP design fits a variable steering collar (with either a skewed or offset bore) and a sealed bearing assembly to the body of the pulley. When rotated, the collar changes the angle of the pulley body, resulting in the controlled bi-directional movement of the belt across the pulley face.

For more information on Belt Technologies products, call 413-786-9922.

Belt Technologies designs and manufactures belt conveyors for wide ranging applications in the automation, electronics, packaging, food processing, medical device, tobacco, and aerospace markets.

More Information:
http://machinedesign.com/archive/pulley-keeps-flat-belts-track
http://www.hellopro.co.uk/Belt_Technologies_Europe-339-noprofil-1002159-0-0-1-1-fr-societe.html
http://www.eurekamagazine.co.uk/design-engineering-products/independently-steerable-pulley/83623/

New Stainless Steel Tapes Drive Robotic Arms

Agawam, MA — September 10, 2010…. Belt Technologies has introduced a new high-performance line of stainless steel drive tapes used in conjunction with SCARA robots in atmospheric and vacuum wafer transport applications. The tapes provide significant advantages over alternative drive methods including reduced vibration, improved accuracy, and a cleaner manufacturing environment. Reinforced with standard or custom end tabs, Belt Technologies drive tapes are easy to install.

The low-mass, low-stretch properties of these tapes result in precision tolerances with no outgassing and low hysteresis. Smooth surfaces provide for a much cleaner manufacturing environment by eliminating the particulate debris that is a common bi-product of traditional systems. Designed to minimize vibration, these stainless steel drive tapes allow for rapid acceleration, improved positioning accuracy, and high levels of repeatability; resulting in better performance with increased throughput. Belt Technologies stainless steel drive tapes can be customized for specific applications in the nano-technology, solar and fuel cell, data storage, opto-electronics, LCD/LED, pharmaceutical, and biotech industries.

For more information on Belt Technologies products, call 413-786-9922.

Belt Technologies designs and manufactures belt conveyors for wide ranging applications in the automation, electronics, packaging, food processing, medical device, tobacco, and aerospace markets.

New Gator®? Shaft Support Simplifies Tracking Adjustments

Agawam, MA — July 20, 2010…. Belt Technologies has introduced a new tensioning shaft support for use on belt conveying systems. The GATOR® tensioning shaft support provides a simpler method of tensioning and tracking adjustments than traditional methods, resulting in less down time and higher productivity.

This new tensioning shaft support system incorporates a simple yet effective design that’s made to fit standard aluminum profiles and allow on-the-fly tensioning and tracking adjustments. The GATOR system eliminates the stoppages and repeated adjustments that are common with manual block and yoke methods; allowing for quicker, more accurate real-time adjustments that don’t compromise productivity.

In addition to decreased set-up time, the GATOR system is designed for ease of use. Pre-load belt tension is achieved thorough simultaneous adjustment of two lateral screws. Individual screw adjustments are then used to increase or decrease edge tension and correct tracking.

For more information on Belt Technologies products, call 413-786-9922.

Belt Technologies designs and manufactures belt conveyors for wide ranging applications in the automation, electronics, packaging, food processing, medical device, tobacco, and aerospace markets.

Stainless Steel Indexing Belts for High-Speed Assembly

Agawam, MA — March 29, 2010…. Belt Technologies offers a line of stainless steel indexing belts for use on high-speed indexing conveyors used to assemble plastic spray bottle caps and other multi-component assemblies. These stainless steel belts resist stretching, provide exceptional repeatability, and allow for the exact positioning of tools and parts. As a result, manufacturers are able to achieve a level of precision not possible with other indexing systems.

Unlike traditional conveying systems, Belt Technologies stainless steel belts can be mounted vertically. This allows manufacturers to utilize both sides of the conveyor, thereby doubling the number of simultaneously occurring operations, while increasing throughput and efficiency. These continuous-length stainless steel belts also improve consistency, minimize debris buildup, and eliminate the frequent shutdowns associated with cleaning other types of systems.

For more information on Belt Technologies products, call 413-786-9922.

Belt Technologies designs and manufactures belt conveyors for wide ranging applications in the automation, electronics, packaging, food processing, medical device, tobacco, and aerospace markets.