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EnglishWhat Is Abrasit and What Does It Offer for Robotic Polishing?
Updated
Abrasit is the North American point of contact for DAN Technology, a builder of turnkey automated finishing systems. If your operation manually polishes, buffs, or deburrs parts—or runs older, less efficient equipment—Abrasit is the entry point for evaluating whether robotic polishing can replace or supplement that work. Abrasit has held this North American role for 25 years, covering consultations, sales and marketing, and service support.
What Abrasit actually does
Abrasit does not build the machines itself. Its stated responsibilities are:
- Consultations — assessing whether a process can be automated
- Sales and marketing — representing DAN Technology systems in North America
- Service support — ongoing support for installed systems
DAN Technology, based outside North America, designs and builds the systems themselves.
What DAN Technology builds
DAN Technology produces turnkey systems for automated:
- Polishing
- Buffing
- Satin finishing
- Deburring
These systems handle metals, woods (raw and coated), composites, and plastics.
According to the site, DAN positions itself as the leading worldwide provider for several categories of difficult work:
| Part or requirement category | Why it's hard to automate |
|---|---|
| Complicated or complex parts | Geometry makes consistent tool paths difficult |
| Very expensive parts | Scrap cost from a failed pass is high |
| Very high-quality finish requirements | Tolerance for variation is minimal |
| Extremely large parts | Reach and handling become constraints |
| Very small and delicate parts | Fixturing and force control are critical |
| Parts needing targeted finishing | Only specific areas require work |
| Parts requiring exact material removal | Removal depth must be controlled precisely |
| Superfinishing | Final surface quality demands are extreme |
Who this is for
The clearest fit is a company that currently finishes parts by hand or with aging equipment and wants to evaluate automation. The site frames the decision around three priorities: consistent production, flexibility, and the lowest real cost per piece.
If your finishing operation is already automated and performing well, there is less obvious reason to engage. The pitch is aimed at manual or outdated processes.
Evidence from customer applications
The site points to several customer videos as proof of the technology in real production:
- Hand tools (USA) — a DAN customer manufacturing hand tools; the machines appear around the 1:30 mark of the linked video.
- Aerospace propeller blades — an aerospace customer has run a DAN cell 24 hours per day for over a decade finishing extremely expensive and complex propeller blades. The work is described around the 3:52 mark.
- Orthopedic implants — a customer video showing implant finishing, with the site noting the sensitivity level required.
These examples matter because they cover three different risk profiles: high-volume consumer goods, safety-critical aerospace parts, and medical components. The aerospace case in particular speaks to durability—continuous operation for more than ten years on critical work.
How to evaluate whether it fits your process
- Identify your current method. If you polish, buff, or deburr manually, or use older equipment, you're in the target profile.
- Characterize your parts. Note size, material, geometry complexity, value per piece, and how precisely material removal must be controlled. The categories in the table above are the ones DAN claims particular strength in.
- Contact Abrasit for a consultation. The site directs interested companies to call and discuss whether their process can be automated.
- Ask for relevant references. Given the video examples, ask specifically about applications matching your industry and part profile.
What the site does not tell you
The available page content does not include pricing, lead times, system specifications, or financing details. It also does not state whether consultations are free. Treat any cost or timeline expectations as something to confirm directly with Abrasit rather than assume from the site.
The practical next step is a consultation: describe your parts and current finishing method, and ask whether your case resembles the hand tool, aerospace, or orthopedic applications already documented.