Poucher evolves to meet Avail's needs

A six-up poucher at Avail Medical is upgraded with custom features and added controls to increase production utilization. See in-plant video

Housed in an isolated area, the refurbished vf/f/s machine produces 2' x 2' packets containing a pad and antiseptic solution. Th
Housed in an isolated area, the refurbished vf/f/s machine produces 2" x 2" packets containing a pad and antiseptic solution. Th

Rather than invest in new equipment, Avail Medical, a contract packager of medical and pharmaceutical products, chose to refurbish an existing vertical form/fill/seal machine at its Dallas, TX, plant.

Originally used to package packets of nasal strips, the six-up machine now dispenses an antiseptic solution onto a folded pad that’s inserted into each 2” x 2” packet, then seals the packets. Cartoned packets are cased and shipped off to Avail’s customer for distribution to hospitals and clinics.

The poucher was rebuilt and upgraded by the Cartpac (Carol Stream, IL) division of Frain Industries with a number of new features and custom components, such as the unwind and feeding assemblies for the pad and film webs and the pad folding/inserting mechanism. It also includes new controls, including the movable human-machine touchscreen interface. Additionally, throughput rates were doubled to 60 cycles/min.

The latest upgrades follow earlier improvements made by Cartpac in 1998. The reasoning was the same for both rounds—better utilization of existing machinery by making the current machine more productive—according to Mike Ewald, Avail’s vice president of business development. These latest advances bring the machine, built circa 1985, up to 2002 standards and custom-fit it to Avail’s current business plans. Started up in October 2001, the machine is dedicated to a single product for one customer.

Six-up packeting

Dressed up with fresh paint, the vf/f/s machine is housed inside an area isolated by plastic curtains. The packets are formed six across from preprinted foil-laminated rollstock via unwind and dancer stations on the side of the machine. Product lot coding and expiration date coding are applied by three rack-mounted thermal-transfer printers. A knife slits the film web in half to create the front and back webs used for the packets. The two webs are separated, are folded over in a 90 degree turn, travel in opposite directions, and then come together vertically down at the center of the machine.

The laminate is side-sealed as the pad material—which is slit from a roll, cut, and folded—is inserted between the front and back webs. The Cartpac-added devices first unwind and slit the roll of nonwoven pad material into six 11/8’’-wide strips. Before insertion into the packets, the pad strips pass beneath a vacuum header that removes any lint. Each strip is folded into a pad and inserted into the packet by a new reciprocating-motion servo drive.

The entire pad system is custom. “It would have been more costly to modify a new machine to this configuration,” Ewald points out.

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