Sparx BEAM Laser Edge Checker
SKU: 210000262624
- Regular price
- $374.99
- Sale price
- $374.99
- Regular price
-
$0.00
This item is available for pickup at United Sport & Cycle only and cannot be shipped. If this item is included in your cart, your entire order will be fulfilled via pickup.
Sparx BEAM Laser Edge Checker
Introducing the Sparx BEAM™ - Sparx Hockey's patented Blade Edge Accuracy Measurement device.
Utilizing state-of-the art laser technology, the Sparx BEAM™ measures blade edges to 1/10,000th of an inch - or less than a third the thickness of a human hair. Included with every Sparx Sharpener 3 and Sharpener 3 PRO, SPARX BEAM can also be used with any Generation Sparx Sharpener.
Included: Sparx BEAM™, Wireless Charging Pad, Charging Cord and Blade Thickness Gauge. (USB plug not included).
Features:
- Laser Measurement - Measures blade edges and alignment to 1/10,000th of an inch
- Unmatched Accuracy - No other edge checker can match the exactness of the the SPARX BEAM
- App Connected - Connect to the Sparx Hockey App for enhanced features and more in-depth measurements
- Simple and Easy - Easy to understand icons ensures your edges are always perfect.
Sparx BEAM Laser Edge Checker
Introducing the Sparx BEAM™ - Sparx Hockey's patented Blade Edge Accuracy Measurement device.
Utilizing state-of-the art laser technology, the Sparx BEAM™ measures blade edges to 1/10,000th of an inch - or less than a third the thickness of a human hair. Included with every Sparx Sharpener 3 and Sharpener 3 PRO, SPARX BEAM can also be used with any Generation Sparx Sharpener.
Included: Sparx BEAM™, Wireless Charging Pad, Charging Cord and Blade Thickness Gauge. (USB plug not included).
Features:
- Laser Measurement - Measures blade edges and alignment to 1/10,000th of an inch
- Unmatched Accuracy - No other edge checker can match the exactness of the the SPARX BEAM
- App Connected - Connect to the Sparx Hockey App for enhanced features and more in-depth measurements
- Simple and Easy - Easy to understand icons ensures your edges are always perfect.
