powered by Pro Mach video

Pro Mach Web Site

Pro Mach Brands

ProCustomer Industry Leading Aftermarket Support
Allpax Retort & Sterilization Systems
Axon Heat Shrink Sleeving & Banding Systems
Brenton Case Packaging & Robotic Systems
Currie by Brenton Palletizing & Material Handling Systems
Dekka Tape Head Application Systems
Edson Case & Tray Packing Systems
EOL Packaging End of line Applications & Systems
Fowler Products Capping & Bottle Rinsing Systems
ID Technology Labeling, Marking & Coding Systems
IPak Machinery Tray & Bliss Forming Systems
LSI Pressure Sensitive Labeling Systems
Matrix Vertical Form Fill Seal Systems
Orion Packaging Stretch & Pallet Wrapping Systems
Ossid Tray Packaging & Weighing Systems
Rennco Vertical Bagging & Heat Sealing Systems
Roberts PolyPro Bottle Handles & Application Systems
Shuttleworth Conveying & Product Handling Systems
Wexxar/BEL Case Forming & Sealing Systems

Powered by ProMach

Product Sensing

Photo-Electric Sensors

The most common method of giving a start signal is with the use of a photoelectric product sensor. Alternatives to using a photoelectric sensor can be using a PLC, relay, or a mechanical switch. Any of these methods are well suited to trigger the LSI labeler.

Different types of sensors can be used to detect the product. The product size, shape, and color should all be taken into consideration when selecting a product sensor. Physical limitations for mounting the sensor must also be considered.


Diffused Beam Sensor

This type of sensor is the most commonly used. The sensor emits a light, which reflects off of the product and is then detected by the sensor. The defused beam sensor does not require the use of a reflector. This sensor works well on products where there is an unobstructed area behind the product.


Retro-Reflective Sensor

This sensor requires the use of a reflector opposite of the sensor. The sensor emits a light, which is reflected off of the reflector and detected by the receiver in the sensor. When the product passes through the beam of light it interrupts the signal being received by the sensor. It then gives a signal to trigger the labeler.


Convergent Beam Sensor

This sensor is used the least of all the sensors listed. This sensor is color sensitive and must be mounted at close range to the area being sensed, normally within one inch. It is very useful in detecting large differences in contrast such as sensing a registration mark on a web.


Infrared Thru-Beam Product Detector

This sensor is comprised of an emitter and a receiver. Alignment of these components is critical. The thru beam detector is used to detect reflective products.
 

Fiber-Optic

Most of the sensors listed in this section are available in a fiber-optic version. The sensors will operate in the same manner as described earlier in this section. The difference is that the emitter and receiver are mounted to the end of a fiber-optic cable(s). This type of scanner is used when the standard unit is too large to mount in a restrictive area.

 

Clear Product Sensors

Different sensors are used by LSI for detecting clear products. The sensor is selected based on the product and the application. The sensors used are of the polarized retro-reflective type and will operate similar to a standard retro-reflective sensor. These sensors require a mirrored reflector for proper operation.


Mechanical Switch Interface

In certain applications it may be necessary to use a mechanical switch to trigger the labeling head. This is very useful in semi-automatic applications. A switch can be mounted in a fixture, which holds the product. When the product is placed in the fixture, it will trip the switch and trigger the machine.

A foot pedal is also a common method used to activate the applicator in a semi automatic application.

More Information

Corporate Office
Labeling Systems, LLC
32 Spruce Street
Oakland, NJ 07436
Phone: 201-405-0767
Fax: 201-405-1179
Email: info@labelingsystems.com