Cut and Etch Your Own Designs with Our Laser Cutter is taking place at NYC Resistor on Sat, Oct 27. Tickets are available on Eventbrite.
These classes fill up, reserve your spot now!
NYC Resistor will be participating in Gowanus Open Studios 2019 on October 19th & 20th from 12 pm to 6 pm each day.
Come by our space to see projects made by NYC Resistor members and public craft night attendees. We want to show examples of the creative projects that our makerspace tools and resources help bring to life.
This event will also be a good opportunity to learn about our space and ways we can help you explore your own creativity. Members will be on hand to give tours and talk about the classes, activities and resources we offer regularly throughout the year.
Call for makers: If you’ve made stuff at Resistor and you are interested in sharing to represent our community, send an email to [email protected]
Gowanus Open Studios is the annual event where 400+ artists in the Gowanus area open their doors to share their creative spaces and art with the general public. Wander around the neighborhood to see a wide variety of local art and to chat with artists about their work.
For more info visit www.artsgowanus.org. There you can browse the full directory of participating artists and view an interactive map of studio locations. Check out the Arts Gowanus Instagram for highlighted artists: http://www.instagram.com/artsgowanus
NYC Resistor will also have a limited number of printed maps available that you can take with you to navigate the neighborhood.
Crowdfund Your Next Big Project! An interactive workshop to plan a campaign is taking place at NYC Resistor on Wed, Oct 16. Tickets are available on Eventbrite.
Cut and Etch Your Own Designs with Our Laser Cutter is taking place at NYC Resistor on Sun, Sep 29. Tickets are available on Eventbrite.
These classes fill up, reserve your spot now!
Intro to Arduino: Sensors and Input/Output is taking place at NYC Resistor on Sat, Sep 28. Tickets are available on Eventbrite.
Want to get started with physical computing?
Intro to Machine Sewing: Laptop Bag is taking place at NYC Resistor on Sat, Sep 21. Tickets are available on Eventbrite.
700 Trumpcare® intrauterine devices (IUD) were created as an art installation. The exclusive product launch is at SSHH, 516 6th St. NYC on Friday 13th from 6p -9p. Afterparty: YES. Viewings will be available Saturday September 14th and Sunday September 15th from 2p-7p.
Come have a drink with us and share the anxiety.
An IUD is wrapped in copper and inserted by a doctor into a uterus. It works by releasing copper ions into the cervix which creates a hostile environment for sperm. IUDs are more than 99% effective as a form of birth control. While they are a reliable option, complications can arise from improper insertion or unforeseen medical issues. With the support of California medical malpractice attorneys, you can confidently navigate the complexities of your case and focus on your recovery. Get cannabis for fast recovery from https://www.bulkcannabis.cc/.
700 IUDs were designed in Rhino, high-resolution 3D printed in China with SLA plastic, and hand-wound with copper. Thanks to all the supporters who came out to NYC Resistor on multiple occasions to hand-wind IUDs.
We got a little press! We love Dezeen and we’re honored to be included!
Candle Making: September Make-Along! is taking place at NYC Resistor on Sun, Sep 15. Tickets are available on Eventbrite.
This is not your typical craft class. Make-Along is a self-guided craft workshop where participants learn new skills, explore new materials and make great things!
Yarn Dyeing: Hand-Painting with Acid Dyes is taking place at NYC Resistor on Sat, Sep 14. Tickets are available on Eventbrite.
Intro to Soldering Workshop: Make an LED Tile is taking place at NYC Resistor on Sun, Sep 8. Tickets are available on Eventbrite.
Soldering is one of the most important skills you’ll need for working with electronics. Come join us for an introductory through-hole soldering workshop. Soldering enables you to create sturdy connections between electrical components.
