Welding
Whatever you need is what we deliver
DIY Kit
Value-Add Package
.avif)
Full Integration
Ready to show your robot how it’s done?
Intelligent robots anyone can deploy
In simulation, a robot runs millions of experiments in about two days — and learns the task instead of being told every step of it. That's how our robots handle the real-world variation of day-to-day work.
The old control stack was hand-tuned loops and handcrafted layers — every exception on the line needed a new patch. Modern manipulation is end to end: raw sensors in, motion out. One learned model absorbs the variation, the same way self-driving replaced a stack of hand-coded classifiers.
The payoff is common sense on the line — robots that handle line-breaking exceptions and spin up quickly, without a three-month, million-dollar project.
Fastest delivery and setup, plus unparalleled support
2–4 weeks
Delivery time
< 30 mins
PHONE RESPONSE TIME
7 days /wk
U.S. EXPERT SUPPORT
Tim DeGrasse
Briar Cary
Matt Bode
Brianna Villalobos
Tom Radziejewski
John Leak
Will Boswell
Israel Nunez Santiago
Tyler Musgrove
Ryan Clark
Trevor Fishback
Sam Tenoever
Julian Gjonaj
Michael Trnka
Brian Kobus
Zach Horvath
Bryant Henderson
Nicole Bing
Jake Lenihan
Jake Tomkinson
Given Brown
Mark Guida
Make American robots. Put them to work in American factories.
When anyone can buy and use a robot, more people will make more things, and the future will be beautiful and abundant. We're building this future in Glen Cove, NY, and on hundreds of factory floors, and counting.
Ready to show your robot how it’s done?
Frequently asked questions
Spark is designed to be the perfect desktop collaborative companion. Automate the most strenuous, tedious, and delicate tasks in your workflow with industry-leading repeatability.
Metal fabricators and manufacturers running repeat MIG welds: structural brackets and frames, trailers, agricultural and construction equipment, furniture and fixtures, and automotive supplier parts. Standard Bots robots handle linear, radial, rotary and stitch welds, with control over torch angle, travel speed, wire feed and arc length.
Core suits most welding cells. Choose Thor when the weldment is large or the robot needs extra reach to cover the full seam path. Reach matters more than payload here, because the torch and cable are light but the robot must reach every joint at the right angle. Spark is better suited for smaller scale tasks like soldering and brazing.
Standard Bots robots pair natively with Miller power sources, so you set and adjust weld parameters from the same iPad app that runs the robot. Aluminum work runs on a Miller push-pull setup.
Yes, and the robot amplifies what they can do in a day. The American Welding Society projects that the U.S. will need 320,500 new welding professionals by 2029. A robot runs the repeat welds while your welders teach the path by hand, set parameters, fixture parts and take on the complex work that still needs a person.
The right robot for every task
Core fits most tending cells. Step up to Thor for heavy parts, or down to Spark for benchtop machines.
Spark
Payload
Reach
Starting at
Core
Payload
Reach
Starting at
Thor
Payload
Reach
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