I’m ordering computers and accessories with end of year funding, and I’ve been doing quite a bit of research in hopes of finding new tech tools to make our lives easier in regards to those high volume and burdensome tasks we take on daily in Preservation:
- barcode duplication
- shelf preparation: call number labeling, pre-printed barcode placement, security strip placement, and bookplating
- inventory control: or, charging the hundreds of items that arrive daily to Preservation IDs and discharging the materials we’ve treated, bound or re-housed. For example: when a book arrives for library binding, we charge the book to a dummy patron called “BIND” so that staff and users don’t just see that the book is charged and unavailable … they see a notification saying the book is at the bindery and will be available in two weeks, and have the option to ILL a copy from another library. We charge each type of treatment to its own workflow to facilitate recall retrieval and inventory checks. When the book returns from the bindery (with 400-500 or so other items every other Weds), we discharge it. Hundreds. Daily. Argh.
While many libraries just assign new pre-printed barcodes (to items after library binding or books after they’re re-housed in phase boxes), I found a combination of barcode printer, resin printer
ribbons, and a vendor who sells blank barcode labels, that, short of hard testing data from LoC (why aren’t their materials testing results — made possible by our generous tax dollars — publicly available online??!!) I believe produce as permanent and durable a barcode as our pre-printed barcode labels. We use a Zebra TLP2824 barcode printer that uses thermal transfer printing. The Zebra website does a great job of clarifying the difference between thermal transfer and direct thermal printing:
“Thermal transfer printing uses a heated ribbon to produce durable, long-lasting images on a wide variety of materials. No ribbon is used in direct thermal printing, which creates the image directly on the printed material. Direct thermal media is more sensitive to light, heat and abrasion, which reduces the life of the printed material.”
We use the Zebra 5095 resin printer ribbons and 3-mil polyester with 1-mil acrylic adhesive labels (no laminate) from Data2. Anyone out there use a different combination of printer / label material / print ribbon that they believe to more permanent / durable?
I’m trying to find out if there’s such a thing as a network-able barcode printer (I want to hook our barcode printer up to one computer in the room and through IP printing print barcodes from any other computer in the room), and I’m looking at the TLP2824-Z. My tech support dudes are also doing so research, so I’ll report back. I should add that we use Labelview Basic to set up a standard barcode template and to facilitate printing. It causes me great pain that I was not able to get the standard Zebra barcode printing software to work as I wanted it to.
I don’t have any bright ideas of about shelf prep tonight. I abhor and fear our current call number labeling (Gaylord “Permaplus! paper labels that come in sheets to facilitate laser jet printing and vinyl “label protectors” … yes, vinyl). When I am queen of shelf prep (hopefully soon), the call number labeling process is first against the wall. What are folks using for call number labels these days (software, label materials, print processes, etc)? I have a fantasy that one day I will send a foil-back polyester label through my thermal transfer barcode printer to create a call number label that 1) permanently sticks and conforms to the spine of a book and doesn’t pop off (that’s the reason for the foil back, right?), 2) is printed using the highly durable thermal transfer printing process on a durable polyester label, 3) doesn’t require any sort of additional “label protector” and 4) can be quickly printed with the push of one button in my ILS.
Finally, let me present to you my greatest find of this whole investigation: I am pimping out our charge / discharge computer. We charge and discharge hundreds of items each day, and student assistants are chiefly assigned to this task … they don’t always notice when they mischarge an item for accidentally overlook an item and fail to discharge it. I guess that’s why 798 items were charged to the pamphlet binding workflow when I started: there were only 3 items on the pamphlet binding shelf, and the other 795 were in their place in the stacks. but still charged to Preservation. Anyway, three words: BLUETOOTH BARCODE SCANNER. I’m going to get a cordless bluetooth barcode scanner with a trigger (this one, I think), and it is going to change our lives. I’m also setting up a standing height monitor on a swing arm so the student using the wireless barcode scanner can swing the monitor to just above the booktruck and charge/ discharge each item with the cordless barcode scanner while looking at the computer monitor to make sure each item is scanned. Shazaam!
Any advice or feedback on these products or processes from the peanut gallery? Any tech tips to facilitate preservation activities that anyone would like to share?