andro Super Core Carbon Light Technology

andro Revolutionizes Carbon Blades with Its New Super Core Carbon Light Line

Weight

In modern table tennis, more and more players are asking for lightweight blades. It used to be that carbon blades weighed 85 to 90 grams. andro’s research team has made a breakthrough that lets them drastically reduce the weight of carbon blades. The new Super Core Carbon Light blades weigh around 70 grams, up to 20% lighter than traditional carbon blades.

Feeling

andro’s goal in developing these blades was “Not faster, but more precise”. Today’s top players put high requirements on a blade. They are not willing to compromise when it comes to ball feedback and consistency of rebound. The Super Core Carbon Light blades immediately absorb vibration from the impact of the ball. And, the carbon fibers enlarge the sweet spot and provide excellent control.

Balance

Players of all levels will find that the perfectly coordinated weight and balance of these blades allows them to switch quickly between forehand and backhand strokes. Because they are super light, you won’t get as tired while playing. In addition, you will be able to use shorter and quicker arm movements when looping, just the way table tennis is played today.

Speed

Despite the light weight, the Super Core Carbon Light blades are not wimps. The precisely coordinated veneers, additionally strengthened by thin and super-light carbon fiber, enable fantastic energy transfer and lots of effective power.

Construction

The Super Core Carbon Light blades will last much longer than traditional blades, thanks to the elastic, very stiff, super-thin carbon fibers. The ball feeling will remain constant for many years. Moreover, the carbon fibers add strength, thus greatly reducing the risk of breakage. The blades have five plies with a center ply of balsa that is reinforced with koto strips.

Super-light blades, up to 20% in weight reduction
Carbon fibers for enlarged sweet spot and reduced risk of breakage
Super Core handles for fast vibration absorption