Resources

Want to see your parts sanded by AI?
📦 Book a free demo now — shipping & finishing included:
https://hubs.ly/Q03wmjXy0

Manual sanding is messy, inconsistent, and hard to scale—especially in specialty vehicle manufacturing. That’s where Scan&Sand™, our AI-powered robotic sanding system, comes in.

In this video, watch our robot sand a complex truck part with precision and repeatability that traditional automation robotics just can’t match.

Designed for high-mix manufacturing, Scan&Sand™ uses AI robotics and 3D vision to self-program its toolpath, no coding or custom fixturing required. Whether you're in aerospace, defense, or industrial vehicle production, this system boosts consistency, throughput, and operator safety.

Need to sandblast parts faster, without risking your team’s health?
📦 Get a free demo for your part: https://hubs.ly/Q03vlKnz0

Manual sandblasting is hot, exhausting, and dangerous work, especially in high-mix environments where no two parts are the same.

Most traditional automation doesn't work in this level of variability, and bringing in custom-coded systems can cost you a lot of time, money, and flexibility, you don't have.

Scan&Blast™ solves that. This is the world's first AI-powered robotic system scans each part, programs itself instantly, and gets to work, no coding, no offline programming. It adapts in real time to different shapes and materials, delivering consistent, high-quality surface prep without the physical toll on your team. And with a flexible subscription model and free maintenance checks, there’s no massive upfront investment or hidden service fees.

Goodbye Tyvek Suits, hello Scan&Blast™

#manufacturing #airobotics #industrialrobotics #surfacefinishing

🚀 Need a robot like this? Get a free demo: https://hubs.ly/Q03tc8Ll0

Are you tired of how slow and inefficient manual wet sanding is? ✈️

In aerospace manufacturing, operators used to spray fluid to help remove more material and cool the steel parts during sanding. They'd then sand a section, stop, spray again. Repeating the cycle over and over. It was slow, inconsistent, and physically demanding.

Now there’s a better way. 🦾

Introducing the first Scan&Sand™ system with automated wet sanding. It applies fluid and sands simultaneously, scans each part, and generates its own toolpath, no manual programming required.

Just load the part, press start, and get aerospace-grade results for MRO Aviation.

#Manufacturing #AerospaceManufacturing #Robotics #SurfaceFinishing #WetSanding

Need a robot like this? Get a Free demo of your part:
https://hubs.ly/Q03sNJll0

Manual sandblasting is hard.
Tyvek suits. Respirators. Endless fatigue.

Now there’s a better way...

Meet Scan&Blast™ 💥 results, without having to suit up.

It adapts to complex parts, uses AI to program a tool path, eliminates manual strain, and delivers consistent blasting results, without sacrificing health or safety.

Need a robot like this? Get a free demo:
https://hubs.ly/Q03rZ-sP0

Surface finishing for boat components is time-consuming, inconsistent, and often a bottleneck in production. This video shows how AI-powered robotics can automate sanding for curved, complex marine parts—without compromising on quality.

Built for specialty vehicles and high-mix manufacturing, this robotic finishing system adapts to each part in real time. No manual programming. No rigid setups. Just consistent, repeatable surface prep with less labor strain.

Learn how advanced robotic automation systems are transforming industries like aerospace, marine, and custom metal fabrication.

This is the future of:

Robotic sanding for aircraft parts and boat components

Robotic polishing for aerospace and maritime applications

AI-powered surface preparation across high-variability production

For manufacturers looking to scale finishing operations without scaling cost, this is how you automate sanding with robots the right way.

Keywords:
specialty vehicles, AI robotics, industrial robotics, automation robotics, robotic automation systems, robotic finishing, automated finishing systems, aerospace robotic finishing, robotic sanding for aircraft parts, robotic polishing for aerospace components, how to automate sanding with robots, what is the best robot for polishing metal

#surfacefinishing #manufacturing #sanding #boatmaintenance

🚀 Need a robot like this? Get a free demo:
https://bit.ly/4kMB8sq

Tired of sanding metal parts by hand? See how our AI-powered Scan&Sand™ system automates surface finishing for specialty vehicle components—like these utility truck doors.

This robotic sanding solution reduces operator fatigue, improves finish consistency, and handles high-mix parts with no programming required.

Works for:
- Specialty vehicles
- Aerospace components
- Custom metal parts
- Boats + more!


Whether you're searching for automated finishing systems, AI robotics for surface prep, or the best robot for polishing metal, this video shows the future of robotic automation systems in action.

#surfacefinishing #manufacturing

🚑 Sanding ambulances for Lifeline Emergency Vehicles used to mean injuries, physical fatigue, and inconsistent finishes...

Meet Jamie, the Manufacturing Coordinator at Lifeline, as he explains how their team now uses an AI-powered robot to do the heavy lifting, improving the physical working conditions, and consistency across every vehicle.

🚀 Want to see how it works? Get a free demo: https://bit.ly/4jtluRv

#Manufacturing #Robotics #SurfaceFinishing #Sanding #SpecialtyVehicles

High-mix manufacturers face one of the hardest problems in automation: no two parts are the same — and manual sanding is inconsistent.

Scan&Sand™ changes that.

This demo shows how AI-powered surface finishing adapts in real time to part variability, without programming, fixturing, or operator guesswork. Built specifically for high-mix, low-volume production, it tackles the root problems slowing down throughput and quality:

- Inconsistent sanding from operator to operator

- High turnover and lengthy training cycles

- Part-to-part variation making traditional automation impossible

- Growing backlog due to labor constraints

- Rework caused by workmanship defects

- Ergonomic strain and repetitive motion injuries

- Unpredictable cycle times that hurt quoting and scheduling

With Scan&Sand, finish quality becomes repeatable, consistent, and scalable, even when every part is different.

👉 Need a robot like this on your floor? book a free demo here: https://hubs.ly/Q03lMtn40

#manufacturing #surfacefinishing

This is Productive Plastics — a high-mix manufacturer facing backlog, skilled labor issues, and complex part variability — finally solved the challenge of scaling production without sacrificing quality.

Here’s their story:
• No two parts were the same — making traditional automation impossible
• High turnover and new hires struggled to deliver quality
• Manual sanding meant inconsistent finishes and unpredictable cycle times
• Felt traditional automation / system integrators did not truly understand the application nor how to problem solve

In short — scaling literally felt impossible.

But everything changed with one new method.
They brought in Scan&Sand™ — AI-powered automation built specifically for high-mix production.

Here’s what happened next:
→ No more investing heavily in custom fixtures
→ AI scanning adapts automatically to every part — no programming required
→ Consistency became repeatable and predictable
→ New hires got up to speed faster, reducing defects
→ Cycle times stabilized (and got faster)
→ Skilled employees shifted to higher-value, less repetitive work , as well as leadership positions

And the result?
→ Less rework
→ Predictable throughput
→ Higher margins and capacity
→ Happier customers
→ And — critically — new opportunities for workers.
Like many manufacturers, they too worried automation would replace jobs. Instead, Scan&Sand™ brought in more jobs by relieving the toughest manual work, empowering their workforce to adapt into into better, more fulfilling roles.

AI-powered automation is no longer the future — it’s happening right now on production floors like Productive Plastics.
If you’re ready to make inconsistent sanding and failed automation a thing of the past, we’re offering a limited series of free demos.

Find out if we can do a free demo on your parts: https://hubs.ly/Q03lMtn40