MagTrack Modular Magnetic Crawler Preparing Ship Hull

MagTrack Modular Magnetic Crawler

MagTrack is a modular system that is built around an universal carrier. The magnetic crawlers are designed to be used on flat and slightly curved steel surfaces. Depending on the application, the carrier can easily be fitted with a full range of modular tools, based on either water jetting or sandblasting. All the water jetting tools work with high pressure jets up to 3000 bar.

MagTrack Mini is a lightweight and compact 2-wheel drive MagTrack. It has a specific design which isn’t modular. It carries a fixed blast can which can provide high pressure up to 3000 bar. By replacing the flat vacuum seal with a curved seal on the blast can, the MagTrack Mini can also be used to clean pipes in radial direction.

Applications

Applications

The DERC MagTrack robots are magnetic crawlers, electrically driven, suitable for multi purpose applications:

  • Surface preparation 
  • Oil storage tank cleaning
  • Industrial cleaning and washing 
  • Cargo hold cleaning
  • Abrasive blasting
  • Inspection
  • Waterjet cutting

MagTrack modular components:

MagTrack modular components:

MagTrack Modular Magnetic Crawler - Carrier
Closed waterblasting for industrial (tank) cleaning and surface preparation
MagTrack Swing Arm | Open Waterblasting

Why use MagTrack?

Why use MagTrack?

Efficient
  • Multi purpose modular system
  • Compact design
  • Fits through a 24 inch manhole
Cost effective
  • No more scaffolding or cherry pickers
  • Can be operated by one man
  • Low in maintenance
Safe and easy operation
  • Set-up in 30 minutes
  • ATEX zone II certified
  • Remote controlled

The MagTrack magnetic crawlers are designed and made at DERC headquarters in The Netherlands. With 39 years of dedication to the high pressure water jetting technology for industrial cleaning, DERC Salotech is a quality partner for professionals all over the world. We have a strong focus on promoting innovative technology, safety and servicing our customers. For more information, click here.