Scorpion® Series Waterjet Cutting Systems from Semyx, LLC


Posted September 21, 2017 by semyxcutting

The SCORPION waterjet cutting system is the most versatile waterjet cutting system on the market when it comes to speed and accuracy. The SCORPION waterjet cutting system is efficient both in size and price.
 
The SCORPION waterjet cutting system is the most versatile waterjet cutting system on the market when it comes to speed and accuracy. The SCORPION waterjet cutting system is efficient both in size and price. The control system and the ultra high pressure pump are integrated into the body of all the models in the series resulting in the smallest footprint among all waterjet cutting systems. It also allows for easy access from all three sides. The SCORPION waterjet cutting system is perfect for those looking for a compact footprint and extreme accuracy.

Easy Loading:

Due to the fact that there is a single X-axis, material can be loaded and unloaded from all three sides of the table. Also, the small footprint can help make use of work space efficiently. It also has an optional space efficient abrasive tank.

Rigid Bridge Gantry:

The SCORPION, with its single X-axis, uses a rigid bridge gantry system that maintains high accuracy in cutting. Along with this rigidity comes extreme accuracy provided by the ball screw.

Small Footprint:

The control system and the Ultra High Pressure Pump are enclosed in the body of the SCORPION which allows this footprint to be much smaller among all waterjet cutting systems. The single X-axis contributes to the small footprint without affecting the quality of the cut.
-- END ---
Share Facebook Twitter
Print Friendly and PDF DisclaimerReport Abuse
Contact Email [email protected]
Issued By Semyx, LLC
Phone 877 787 3699
Business Address 1010 Abutment Road Dalton
GA 30721
Country United States
Categories Automotive , Software , Technology
Tags cutting machine , high pressure water jet , water jet cutter , water jet cutting machines , waterjet cutting system
Last Updated September 21, 2017