



125 mm milling bases / 10 pairs 15/30-38x125x2.5 mm
Original MagTriXX product - Made in Austria
Discover the milling base Duo 125 mm for precise CNC machining
Precision and reliability in your workshop
The 125 mm Milling Support Duo is an indispensable addition to any workshop that values precision and quality. This set includes two finely ground parallel supports, each 125 mm long, specifically designed for CNC applications. These high-quality supports offer a precise and reliable solution for clamping and positioning workpieces.
Angular and parallel precision machining
The Duo 125 mm milling supports serve as an essential tool for precise angle and parallel machining. Their precise height adjustment allows for perfect alignment of your workpieces in a vise, milling machine, or lathe. This precision prevents jamming during clamping, improving machining quality and increasing machine uptime.
Robust materials for maximum stability and durability
Manufactured from hardened tool steel, these milling supports offer outstanding stability and a long service life. At just 2.5 mm thick, they are significantly slimmer than many alternatives, which measure up to 10 mm. The compact design saves space in the workpiece structure while still providing optimal support.
Magnetic back for easy positioning and efficient cleaning
A special feature of our milling supports is the magnetic backing with neodymium magnets. This innovation ensures secure fixation of the workpiece, prevents milling chips from penetrating between the supports, and facilitates cleaning after the machining process. This increases the efficiency and precision of your production and reduces cleaning times.
Versatile for all machining processes
Whether grinding, milling, eroding, measuring or marking – the milling support Duo 125 mm enables precise height adjustment and facilitates workpiece adjustment, which avoids long clamping times and reduces machining costs.
Optimize your CNC processes with innovative parallel supports
Don't miss the opportunity to improve your workflows with the Duo 125 mm magnetic milling bases . Experience firsthand how this advanced solution will revolutionize your CNC processes. Increase precision, reduce production times, and maximize your workshop's efficiency – now is the perfect time to invest in your manufacturing quality.

Description
Magnetic parallel pads.
125 mm milling bases / 10 pairs 15/30-38x125x2.5 mm
Experience the difference! Quick and easy setup without additional tools.
Back
Spring steel ground and hardened
Neodymium
+/- 0.01 mm
FAQ
Frequently Asked Questions (FAQ) are designed to answer some of the most pressing questions.
How long does delivery take?
We process orders the same day. Your order will be ready for dispatch the next day. Delivery within the EU is usually 2–3 working days. For non-EU countries, delivery may take slightly longer depending on the delivery country. We value the fast delivery of our products.
Are there chips sticking to the parallel supports?
When the parallel bar is connected to the vise surface, no chips can accumulate behind it. The magnets are designed to prevent chips from sticking to the front.
Do magnetic parallel supports work for all vices
The parallel supports from MagTriXX are available in different lengths
The MagTriXX parallel supports are available in parallel lengths of 50
mm, 70 mm, 90 mm, 100 mm, 125 mm, 150 mm, 160 mm and 200 mm.
What are the advantages of magnetic parallel pads
Investing in new magnetic parallel supports quickly pays for itself. Magnetizing the parallel supports allows for quick cleaning of the work area and can reduce setup time by up to 10%.
Can I put together a set myself?
Easily assemble your own customized set of parallel supports! In our online shop, you'll find a wide selection of individual pairs in over 200 different widths and heights. Combine them according to your wishes and needs to create the perfect set for your requirements. This way, you enjoy maximum flexibility and always have the ideal parallel supports for your specific applications at hand.