Xiom Artemis ALXi Table Tennis Blade
This blade is designed for players who seek a refined balance of spin, control, feel, and attacking power. Featuring an innovative inner Axylium Carbon construction, this blade combines advanced composite technology with carefully selected premium wood layers to deliver a smooth playing feel and powerful ball release.
Its inner composite structure places the Axylium Carbon layers closer to the core, helping maintain a natural wood-like touch during controlled shots while providing additional power when playing more aggressively. The combination of Axylium and carbon is engineered to deliver a crisp impact, stable performance, and a balanced blend of speed and control.
Ideal for spin-oriented attacking play, the XIOM Artemis ALXi supports topspin rallies, precise ball placement, and controlled offensive strokes. Its focus on feel and vibration makes it a suitable choice for players who want to combine consistent rally control with the ability to generate powerful attacking shots when needed.
Key Features
Inner Axylium Carbon Construction: Combines Axylium fibres and carbon for a balanced combination of feel and power.
Spin-Oriented Performance: Supports topspin attacks and spin-focused rallies.
Smooth Ball Feel: Designed to provide a controlled and connected impact sensation.
Balanced Speed and Control: Helps players transition between controlled strokes and aggressive attacks.
Stable Performance: Supports consistency during rallies and accurate shot placement.
Premium Construction: Features a carefully engineered 5+2-ply structure and a refined finish.
Technical Specifications
Brand: XIOM
Model: Artemis ALXi
Blade Type: Inner Composite
Material: Axylium Carbon
Ply Construction: 5+2 PLY
Blade Thickness: Approximately 5.8 mm
Blade Size: 157 × 150 mm
Weight: Approximately 84–88 g
Grip Options: FL (Flared) / ST (Straight)
Country of Origin: Republic of Korea
Recommended For: Intermediate to advanced players who prefer spin-oriented attacking play with a focus on control, ball feel, and precise placement.