View source for Specimen Barcode and Labeling Survey Results

These are the compiled verbatim Specimen Barcode and Labeling Survey results from December 2014. Respondent counts are in the parenthesis: (10) means 10 people chose that response. This page is part of a larger coverage of the topic at [[Specimen Barcode and Labeling Guide]]

==What kinds of collections do you work with?==

(29) Paper - Herbarium sheets, packets, fungal boxes<br>
(27) Fluid - alcohol, etc.<br>
(20) Dry - Paleo boxes, mammal skin attachments<br>
(18) Pinned<br>
(7) Other collection types:<br>
*all vertebrate preparations
*cleared and stained in glycerin, tissues
*DNA
*labels, datasheets, media, etc.
*microslides
*slides
*whole skeletons, mounted and prepared skeletons (taxidermy)

==Do you use barcodes on your specimens?==
(36) Yes<br>
(25) No

==Why has your collection decided against barcoding at this time? Do you anticipate moving to barcodes in the future? What factors would lead you to adopt barcodes?==
*Barcodes do not fit well within our current system.  Our database has fields for specimen location, so a barcode is not needed for the outside of the case.  All the specimens are visible, no barcode needed on the outside of a tray/box.  Also there is a fear of the barcode program becoming obsolete...if a scanner breaks in 50 years with there be one around that will be able to read the old barcodes? 
*Barcoding works best for inventory control, such as in retail stores where items are sold and inventory needs replacing. We can track our specimens using location codes and their catalog number.
*Cost and number of specimens is the main reason we do not have barcodes. We plan to move to using code 39 barcodes in the future, but need to assess if we will adopt them museum wide or department by department. If we could easily print/produce self-adhering, archival quality barcodes at a low cost that would lead us to adopt them faster.
*Cost per unit effort is too high.  In fish collections the only gain to be had by using barcodes is processing of loans and inventories and due to the fact that we process a comparatively small number of specimens in each loan, the cost of attaching barcodes to every jar is just too high.
*Funding lacking, staffing lacking, potential for future shift making barcodes archaic. Might move to this in future but not first priority. 
*Havn't decided against it - would love to move to barcodes ... just a time resources & someone to manage the implentation at this point to stopping us adopt it
*I'm worried about the longevity of the adhesive, and so far no one has presented a more convincing argument to me than "well, libraries use them".
*Just haven't done it yet.  Yes. Best practices.
*Maybe we're just set in our ways, but we don't feel that we will save any time by adding barcodes. It might end up being a wise investment in the time to learn new software and change our ways, but the choice belongs to those higher up in our administration.
*No convient place to attach barcodes. Collection is not entirely cataloged or digitized. Time and money. 
*Our collections are all catalogued with hand written tags and individual catalog numbers. Barcoding wouldn't make sense when working with larger vertebrate preparations. I can see moving to barcodes as our cryo-tissue collections start to grow and at that point we may add them to the corresponding specimen in the main collection.
*The size of our collection (>5 million specimens) makes the costs and labor involved in barcoding prohibitive. We also do not track the specific location of fossils within their cabinets, so it is unclear if barcoding would add much value. 
*We anticipate barcoding slides, vials of raw samples, and boxes of SEM stubs in the future.
*We are actively considering barcodes or perhaps QR codes. The versatility of QR codes and broad range of freely available QR code readers codes may be considered for automated digitization of our collections. We're in the process of looking into best practices for barcoding and labeling our wide array of biological research collections.
*We did not decide against it, just not enough inertia or money to do so at a large scale.  Also, using barcodes with alcohol collections is a problem- where to attach the barcode, what if the specimens are very small, how to deal with multiple vials within a single jar, etc.  We use barcodes in Botany, but no other natural history collection so far.  Barcodes are applied to newer collections if part of the grant requirements/objectives.
*We did not use initially due to expense, but will be switching in the coming year.
*We don't use barcodes at the moment due to the financial and logistical cost to move to this kind of system. We might move to barcodes in the future--but it is certainly a ways off. If more paleontological collections used barcodes, we might think about it. And, if the costs came down.
*We have been printing barcodes 3/9 on labels for the past 5 plus years whenever a new label needs to be generated. In practice though we rarely find the need to scan a barcode.
*We might look into it in the future - we don't know of other paleontological collections using barcodes, and have not seriously considered it as an option.
*We plan to add barcodes but we have not been able to decide on if we should use our existing catalog numbers or start with brand new barcode numbers. 
*We started databasing material more than 20 years ago. We use local unique identifiers but not the bar-codes. Since we had a lot of material already in the database, we decided to follow existing practice and did not see where it may help us to speed up the process.
*We want to eventually start using barcodes.  We need to decide if we are going to use our current catalog numbers or start with a whole new barcode numbering system. We will be looking to others for their experiences.

==What make and model of barcode reader do you use?==
*AHS Sky
*Datalogic Gryphon GM4400
*Datalogic QS2500
*Datalogic PowerScan 7000BT SRI
*E-rainbow
*Fosmon
*Honeywell 4820
* (2) Honeywell Xenon 1900
*HP EY022AT Bar Code Reader
*ID automation
* (3) many, various, I don't know
*Metrologic MS9520
*MS9540 Grey Voyager HH scanner w/Perp Codegate USB-A POS Kit/Stand no P/S Type A
*PowerScan 7000 SRI Industrial Strength Imaging Scanner (2D, USB, High Density and POT Cable).
* (2) Symbol
* (3) Symbol LS2208
* (2) Symbol DS6608 & DS6708
* Symbol DS6878; in the future I like to work with the Baracoda Roadrunners Evolution 2D
*USB Automatic Barcode Reader with Hands Free Adjustable Stand
*Wasp WDI4500 2D Barcode Scanner
*WelchAllyn IT 3800

==How does your barcode reader communicate with your computer?==
All respondents said via USB
==Would you recommend your barcode reader, if not, why?==

All of the respondents said 'Yes' except the person who has the '''Datalogic PowerScan 7000BT SRI''' because "We encountered significant programming problems in just getting the readers to be USB compatible. Though they function wonderfully now, it took a direct hardware patch from Datalogic to make USB connection".

==Why would you recommend your reader?==
{| class="wikitable sortable" border="1"
|-
! scope="col" width="10%"  class="sortable" | Make and model of barcode reader
! scope="col" width="45%" class="unsortable" | Reason to recommend 

|-
|valign="top"|AHS Sky	
|valign="top"|Seems to work well and was not expensive.  Fairly easy to install
|-
|valign="top"|Datalogic Gryphon GM4400	
|valign="top"|It's wireless, easy to use, and reads both 1d and 2 d labels. It is light and easy to handle
|-
|valign="top"|Datalogic QS2500	
|valign="top"|It is easy to use and does not fail.  I have been using it for many years.
|-
|valign="top"|E-rainbow	
|valign="top"|It works pretty well for us, but there might be a better one out there for more $
|-
|valign="top"|Fosmon	
|valign="top"|It is plug and play, works great for our 128 bar codes, and cost less than $30 from Amazon.
|-
|valign="top"|Honeywell 4820	
|valign="top"|Available online as used equipment / seems accurate / don't have a lot of experience with other models
|-
|valign="top"|Honeywell Xenon 1900	
|valign="top"|Fast, reads off screen
|-
|valign="top"|Honeywell Xenon 1900	
|valign="top"|Seems to work fine for our purposes and reads many different barcode formats.
|-
|valign="top"|HP EY022AT Bar Code Reader	
|valign="top"|Very easy to use and install.  Plug and play operation.  Can be hand held requiring a trigger pull to activate scanning/reading or can be set on a stand for continuous, hands-free operation.  Quick and accurate.  Codes can also be customized to include autogenerated prefix or suffix to actual barcode value. Cost $165 each back in 2010.
|-
|valign="top"|ID automation	
|valign="top"|It's cheap and works well. Almost any barcode reader will do, though.
|-
|valign="top"|many	
|valign="top"|Few problems with any model.
|-
|valign="top"|Metrologic MS9520	
|valign="top"|We have had consistent results with the product - have used this, plus the earlier PS-2 model, for at least 10 years.
|-
|valign="top"|MS9540 Grey Voyager HH scanner w/Perp Codegate USB-A POS Kit/Stand no P/S Type A	
|valign="top"|It works just fine.  We've scanned some 6800 barcodes into the database with no problems.
|-
|valign="top"|PowerScan 7000 SRI Industrial Strength Imaging Scanner (2D, USB, High Density and POT Cable).	
|valign="top"|This model no longer available. But there are other good high density readers that scan datamatrix. Unfortunately, new scanners do not read code49, an early code used extensively by INBio.
|-
|valign="top"|Symbol	
|valign="top"|It's pretty basic... just for reading 1D barcodes; fast, accurate; I think most 1D barcodes are though.
|-
|valign="top"|Symbol DS6608 & DS6708	
|valign="top"|Works very well for 8 years now. Rarely a 'hiccup' that causes a pause in reading - sometimes for 10-30 seconds. Otherwise very fast reader - ca. 800 scans per hour.
|-
|valign="top"|Symbol DS6878
|valign="top"|The Motorola is a stable, sturdy product. It can be tweaked as you like. It can read 2D codes as small as 4 mm x 4 mm. In the future I like to work with the Baracoda Roadrunners Evolution 2D, it is small, handsome and sturdy. It communicates via bluetooth, so no cables required. It has a long lasting battery. Perfect for working in a large collection compartment.
|-
|valign="top"|Symbol LS2208	
|valign="top"|Can be programmed to read various barcode types, also has hands-free stand to hold reader so specimens can just be passed under it and it will read barcodes. Some of our older WASP barcode readers you had to have barcode reader in direct contact with barcode before it would read it. 
|-
|valign="top"|Symbol LS2208	
|valign="top"|We've used 2 units of Symbol LS2208 since 2011 and never had any problem with them. We also had a wireless Symbol LS4278 but retired it due to recurring connectivity issues (would not work/charge properly).
|-
|valign="top"|Symbol LS4208	
|valign="top"|It's accurate and quick - no lag time.  
|-
|valign="top"|Symbol technologies	
|valign="top"|Yes, easy to use.
|-
|valign="top"|USB Automatic Barcode Reader with Hands Free Adjustable Stand	
|valign="top"|No issues with readers after a year of use and imaging 50,000 specimens. The reader is inexpensive so we can have multple readers at different stations.
|-
|valign="top"|various	
|valign="top"|I'd recommend a 2D barcode reader. In addition to barcodes, it can read QR codes and it can read barcodes from images on your computer screen. Sometimes this is handy.
|-
|valign="top"|Wasp WDI4500 2D Barcode Scanner	
|valign="top"|I've never had any issues, even when scanning very small barcodes in vials. / My only issue with it is that it is tethered to the computer, but choices are slim for 2D readers. / I have used another Wasp reader in the past that used bluetooth to talk to the computer and did not require a cord. This one also was very reliable and much more handy since I could scan items while across the room from the computer.
|-
|valign="top"|	
|valign="top"|Reads both qr and other barcodes. Seems to be reasonably responsive but not too sensitive.
|-
|valign="top"|	
|valign="top"|The USB connection is easy - plug and play. We use a 2-D matrix barcode and the scanner can read it through an alcohol vial.
|-
|valign="top"|	
|valign="top"|It does exactly what we need it to.
|-

|-
|}

==What information is included in your barcode encoding? We are distinguishing between what is encoded within the barcode itself and what text is printed on the label.==
==What information is included on your barcode label (e.g., institution code, collection code, etc.)?==
==Would you like different or additional information to be included in your barcode encoding or on the label? Please explain.==
==Where do you get your barcode labels?==
==Where do you purchase your labels? Please give ordering details and source.==
==Where do you get your label stock? Please give ordering details and source.==
==What software do you use to print your barcode labels?==
==What barcode encoding/typeface do you use?==
==Do you barcode anything else in your environment (e.g., aisles, carts, drawers, other mega-containers)?==
==What do you barcode (besides specimens)?==
==Do you use RFID tags in your environment to track assets or movements of specimens or carts for example?==
==Do you store the barcode value as read by your barcode reader in your collections database?==
==What do you use for labels on your specimens?==
==Please describe in detail your process of producing specimen labels; for example: from my collections database, to a printer on my desk, using Crystal Reports or Mail Merge.==
==Please describe what you purchase for specimen labels supplies (paper, ink, printer, etc.) and from where.==
==How did you learn to barcode and/or label (e.g., passed down in your institution, via a departmental manual, or from an external source, e.g., CHIN (http://www.collectionstrust.org.uk/spectrum/spectrum-advice-factsheets), or asking questions via a listserv).==
==Please share any resources (e.g., manuals, websites, listservs) you would recommend to someone just beginning the process of barcoding and labeling specimens.==
==Please add any other information about barcoding and labeling that you would like to share.==
==Examples==