New line of code marking machines announced

September 26, 2011 by  
Filed under Uncategorized

sprinter1Sprinter Marking has announced a new product line of band head ink code-marking machines. Users may be familiar with these band heads as they are adaptations of hand-held band markers in common use for date coding/product numbering. The basic band head unit has been modified so that it could be attached to a standard Sprinter 88 extended head model line of code-marking machines. All usable characters are included in the bands to the marking head for a quick message change by twisting the appropriate band to the desired character (some have characterized this approach as “no loose details”). Current standard Sprinter models have marking heads that use individual rubber type characters/symbols inserted typically into a grooved rubber mat.

Two standard band head models have multiple, separate and indexable bands to apply various alpha/numerical/symbol/date ink codes. The first standard Sprinter Model 88 Six Band model has 6 bands. Each band is capable of applying one unique character in up to six positions on one line. The other standard model is the Sprinter Model 88 Date Code Band. This model can apply a date code (Month, Day, Year) by using 4 separate adjustable bands. Each standard model is described below as to its specific capabilities.

The Sprinter Model 88 Six Band head can be used for date coding, product numbering, part identification, lot numbering and symbol identification. Each band can be independently indexed to apply a different character/symbol. The units allow the operator to quickly dial in a new character/symbol on any given band for quick changeovers. The standard unit will come with bands that have numerical characters (0 to 9) on each band. Character height of 5/32-in. is standard but other sizes are available. Bands can be purchased that have alphabetical characters, alpha/numerical combinations or symbols such as star/square/triangle/dash/dot, etc.

Bands can be made with word combinations such as “SELL BY” / “USE BY”. Each standard band has one position with no character present so operator can apply a four digit code as an example where two bands are positioned to the blank position.

Benefits include: marking in any orientation, marking up to 200 cycles/min, quick drying pigmented inks and industrial quality machinery for years of continuous use with minimal maintenance. These new Sprinter models are ideal for intermittent motion, high speed ink code-marking applications.

Sprinter Marking Inc.

Poll: Pneumatic innovations

January 12, 2011 by  
Filed under Uncategorized, User Poll

Pneumatics has been around as a motion control technology for a long time, but that doesn’t mean it’s a static science. Please weigh in on what industry segment will see the most interesting new developments in using pneumatic technology.

What industry has the greatest potential for pneumatic innovation(s) in the next 5 years?

View Results

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Impact and Torque Wrench in One

November 9, 2010 by  
Filed under Uncategorized

The newly launched TrukTorque™ pneumatic torque multiplier from Norbar Torque Tools features a special banana shaped design reaction arm to handle bolt tightening on both front and rear wheels of trucks and buses. The design also easily accommodates wheel trims and deeply recessed wheel bolts. Additionally, the multiplier has none of the noise and vibration problems associated with impact wrenches.

The TrukTorque™ offers the ultimate in accuracy, safety and convenience. The tool operates up to 1000 N.m of torque with a ¾” drive, is considerably lighter than a comparable impact wrench and is designed so that the operator’s hands do not risk getting caught in trapping zones while parts are being tightened.

The way the TrukTorque™ works is it has two pneumatic motors that are connected to a gearbox.  The two motors rotate at different rpm’s to allow faster rotation while under small loads, then during tightening the two motors work together to torque the nut or bolt in place.  A specific pressure vs. torque chart is tested and given with each tool.  To obtain a desired torque the pressure needs to be adjusted according to the chart.  It has a 5% repeatability.

TrukTorque1

Norbar

Thomas Corrosion Resistant, Lightweight DC Pump

The 309 Series WOB-L® DC pump and compressor from Thomas is small, lightweight (5.1 lbs./2.3Kg) and is manufactured with corrosion resistant materials on the inside and a corrosion resistant treatment on external components. Perfect for automotive applications including air suspension, air doors, air horns, air brakes and clutches, and fuel systems, the 309 Series meets radiated emission requirements and is RoHS compliant.

Thomas 309Series REV

The 309 Series also features oil-less operation, die-cast aluminum components, steel mounting brackets and isolators, all wetted aluminum parts, a stainless steel inlet valve and a thermally protected motor. The 309 Series provides up to 26.75 in.Hg (-904.1 mbar) and 160 psi (11 bar) of maximum intermittent pressure. In addition, the 309 Series has restart capability to maximum pressure.

Thomas Division, Gardner Denver Company
www.gd-thomas.com

DUAL SENSOR FOR C-GROOVE CYLINDERS

tus 364 72dpi

BIM-UNR Dual Sensor (High-Res)

TURCK’s BIM-UNR line of compact magnetic cylinder position sensors now includes a dual sensor designed for detecting short and long stroke C-groove cylinders. BIM-UNR dual sensors provide a distinct advantage by combining two sensors through one cable connection to speed installation, as well as lessen wire costs and connection points. This design makes the sensor particularly beneficial in areas where multiple cylinders are used, as it only requires a single cable. With dimensions of 2.9 x 4.6 x 18 mm,

Delivering reliable performance and high EMC immunity, thisl sensor provides an exceptional alternative to ordinary cylinder position sensors. The sensor mounts within C-groove cylinders with no accessories required. Plus, it can be inserted into a C-groove from the top rather than from the side, further simplifying installation. On the sensor’s side is a built-in tab that keeps the sensor in place to facilitate one-handed mounting. As the mounting screw is located near the cable exit, the sensor remains fastened even if the cable is pulled.

TURCK

www.turck.us

Hello world!

January 30, 2009 by  
Filed under Uncategorized

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