Stretching Creativity (and Budgets) with 3D Printing in the Library

Stretching Creativity (and Budgets) with 3D Printing in the Library Banner

In today’s library world, creativity and technology often go hand in hand—and sometimes the most innovative solutions come from thinking small. At the Westhampton Free Library, we’ve discovered that our 3D printers aren’t just fascinating gadgets—they’re also powerful tools for saving money and supporting programs across departments.

Our library currently has three 3D printers: two Bambu Lab P1S printers and one Bambu Lab A1 Mini. These compact machines have become an integral part of how we bring creative ideas to life. Patrons regularly submit print requests for their own 3D models, and our staff uses the printers to support programming that stretches our budget while adding a unique creative flair.

Turning Plastic into Possibility

One of our biggest 3D printing success stories came from our Children’s Department. Each summer, the department runs a popular Summer Reading Club, where children earn Library Bucks—small coins redeemable for prizes. In previous years, we purchased printed wooden coins at a cost of over $1,000 for 1,500 pieces.

This year, we decided to try something different. Instead of ordering coins, we printed them in-house using our 3D printers. The results were not only visually appealing but also durable, customizable, and completely reusable. Best of all, the switch to 3D-printed coins saved the library over $1,000—proving that creativity can be just as valuable as funding.

Growing Ideas in the Garden

Our Adult Services Department also found innovative ways to use 3D printing. The library’s Seed Library and Reading Garden have become community favorites, offering patrons a chance to borrow seeds, learn about sustainable gardening, and enjoy the beauty of plants grown right here at the library.

To support these efforts, we’ve used our 3D printers to create custom gardening tools, planters, and propagation station accessories. These printed items are not only functional but also align with the library’s commitment to sustainability—reducing waste, reusing materials, and producing what we need right on-site.

Why 3D Printing Makes Sense for Libraries

For libraries on tight budgets, 3D printing represents an opportunity to combine technology, creativity, and practicality. Once the printers are set up, the ongoing costs are minimal—a roll of PLA filament costs around $15–$25 and can produce dozens of items.

From signage holders and name tags to program supplies and educational models, the potential uses are endless. Beyond saving money, these projects showcase how libraries can be MakerSpaces for the community, inspiring innovation and hands-on learning.

At the Westhampton Free Library, our 3D printers have become much more than equipment—they’re creative problem-solvers that help every department do more with less. Whether it’s printing a prize for a child, a tool for a gardener, or a model for a curious patron, 3D printing has proven to be one of our most versatile and valuable technologies.

💡 Benefits and Takeaways

  • Saves money: 3D printing reduces costs for program materials and supplies.
  • Encourages innovation: Staff and patrons can design and create solutions in-house.
  • Supports sustainability: Produces only what’s needed with minimal waste.
  • Engages the community: Demonstrates the library’s role as a creative technology hub.

 

Repurposing Older PCs as OPAC Stations with Debian Linux and OpenKiosk

Lenovo Tiny PC

In many libraries, aging desktop computers end up gathering dust or are sent to the recycling bin. At the Westhampton Free Library, I saw an opportunity to give these machines a second life by turning them into dedicated OPAC (Online Public Access Catalog) stations. By combining Debian Linux, the OpenKiosk Web Browser, and Innovative’s Vega Discovery catalog, we created a secure, efficient, and cost-effective solution that benefits both patrons and staff.

Why Choose Debian Linux?

Debian Linuix Logo

When evaluating Linux distributions, I tested several options, including Ubuntu, Fedora, and even NixOS. While each has strengths, Debian quickly stood out for this project. Debian’s lightweight desktop environments, such as XFCE and LXDE, run smoothly on older hardware with limited memory and processing power. Unlike some distributions that bundle in numerous pre-installed packages and background services, Debian provides a clean, minimal installation. This helps reduce system overhead and speeds up boot times.

Another advantage is Debian’s reputation for long-term stability and predictable updates. Once configured, the systems require very little maintenance beyond regular security updates. This was important, since I don’t want to spend a lot of time constantly tweaking settings or troubleshooting software conflicts. Additionally, Debian’s robust documentation and active community support made it easier to find solutions to help customize the environment.

What is OpenKiosk?

OpenKiosk Browser Homepage

I installed OpenKiosk to lock down the computers so they would function exclusively as catalog stations. OpenKiosk is an open-source kiosk browser released under the Mozilla Public License (MPL) and originally developed to provide a secure, customizable browsing experience for public settings such as libraries, schools, and museums.

OpenKiosk allows administrators to restrict which websites users can access, disable menus and toolbars, and prevent changes to settings. Because it is built on Firefox, it supports modern web standards and runs smoothly even on modest hardware. The interface is familiar to anyone who has used a web browser, which means patrons don’t need extra training to use it.

Using OpenKiosk’s Whitelisting Feature

OpenKiosk Web Browser whitelist page

One of the most essential features of OpenKiosk is its whitelisting capability. OpenKiosk is configured to allow access only to our library’s OPAC URLs and homepage. This prevents patrons from navigating away to other sites, protecting them from potential security risks and keeping the stations focused on their purpose.

Setting up the whitelist is straightforward by editing the configuration to define the exact domains and subdomains that are permitted. OpenKiosk then automatically blocks any attempt to visit non-whitelisted websites or open external links. I also configured the system to launch OpenKiosk automatically when the computer starts and to disable any system menus or keyboard shortcuts that could exit the application or access the underlying operating system.

Integrating Vega Discover as the OPAC Software

WHAM OPAC

Our library uses Vega Discover, developed by Innovative Interfaces, as our OPAC platform. Vega Discover provides a modern discovery layer that makes it easier for patrons to search our catalog, explore collections, and manage their accounts. The interface is visually appealing, responsive on different screen sizes, and accessible to users with varying levels of technical skill. All while being ADA-compliant.

Vega Discover pairs exceptionally well with OpenKiosk because it provides a clean, focused experience without clutter or distracting elements. Patrons can walk up to any OPAC station and immediately begin searching without worrying about pop-ups, browser toolbars, or irrelevant content, and appreciate that the stations are reliable and easy to use.

Benefits and Takeaways

 

Repurposing these PCs has provided multiple benefits for our library. First, it saved us the cost of purchasing new dedicated hardware. Second, it reduced electronic waste by extending the useful life of computers that would otherwise be discarded. Third, it created a secure, maintenance-friendly environment that requires minimal intervention from staff.

Using Debian Linux and OpenKiosk together gave us the flexibility and control we needed without licensing fees or proprietary restrictions. Combined with Vega Discover’s modern catalog experience, our patrons now have a reliable, efficient way to find materials and explore the library’s resources.

Conclusion

Conclusion Infomap

For libraries looking to stretch their budgets and improve public computing, this approach can be a practical solution. With the end of support on Windows 10, many PCs that are unable to be upgraded to Windows 11 can still be useful. By combining Debian Linux, OpenKiosk, and Vega Discover, we created OPAC stations that are fast, secure, and sustainable. If you’re considering a similar project or have questions about configuration, I’d be happy to share more details or hear about your experiences.