Triad Automation Group

 


 

 

 Belt-driven Bagger and Stacker

Two examples of custom designed belt driven linear actuators.  Design can be adapted for low or high-speed applications.  TAG can supply mechanical actuator only, or if customer prefers, TAG will supply a full control system to allow the customer to control the speed and the start / stop positions.  For instant quotes please call our sales department.


 

Product Imersion / Chemical Bath Process 

Issue:  Customer required a custom piece of equipment to chemically process components for the medical industry.  The current process was manual and was being processed individually.  Customer needed to reduce the handling of the product and increase productivity. 

Solution:  TAG designed a machine to automatically process the components.  Operator manually loads a 24 piece fixture into the machine.  The machine then takes the product through a 4 –station chemical bath process.  Upon completion, the product is returned to the operator, which then removes the fixture and loads into an automatic drying station.

 

Pad Grooving Machine 

Issue:  Customer requested a machine tool to cut grooves in a non-woven, polymer based pad with pressure sensitive backing.  Pad diameter requirements were from 10.00” to 60.00”, with material thicknesses of .030” to .080”.  Specifications also required machine tool to operate in a clean room environment with all surfaces which came in contact with the material to be rust inhibited.  Pads were held in place with an integrated vacuum system for grooving.  Machine tool also required dust collection.   

Solution:  TAG delivered a machine tool to accommodate the parameters of the customer request.  Allow TAG to design a custom machine tool to meet the specifications for your industry.  If your requirements include full CNC capabilities or simple cut patterns, please contact our sales office for estimate.

 

Automatic Labeler 

Customer required a piece of equipment that would automatically apply a barcode label to the bottom side of a compact.  The piece of equipment would need to be designed to handle compacts in a broad range of sizes and shapes.  The machine would need to produce a quantity of 40-50 units per minute to handle current production levels.  By designing an interchangeable “pod” system, with a vacuum cup transfer device to accommodate the different size compacts, TAG was able to produce a cost effective module which could produce up to 80 units per minute.

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