Argon is a servo drive designed by Granite Devices. Wide range of unique features consists:

• Suitable for AC, BLDC, Linear and DC servo motors from 50 W to 1500 W
• High dynamic range torque control
• Streamlined setup process
• Dual CPU architecture with dedicated open-source ARM CPU for user functionality
• And tons more, see Argon Wiki page

Intensify is a stackable constant current laser diode bar driver delivering up to 150A CW current. Unique parallel capability allows stacking multiple Intensify boards to scal up the power. Intensify is ideal for OEM applications such as fiber laser pumping and laser tooling.

IONICUBE is a 1-4 axis motherboard for IONI Servo Drives. IONICUBE provide four slots for IONI drives as well as terminals and connectors for motor power, feedback devices, I/O and SimpleMotion V2.IONICUBE is a 1-4 axis motherboard for IONI Servo Drives. IONICUBE provide four slots for IONI drives as well as terminals and connectors for motor power, feedback devices, I/O and SimpleMotion V2.

Mean Well 480 Watt 48 VDC power supply to be used with IONI, ATOMI and SimuCUBE devices.

Mean Well 25 Watt 24 VDC power supply to be used with IONICUBE and ARGON devices.

Mean Well 320 Watt 48 VDC power supply to be used with IONI & ATOMI drives.

Mean Well 480 Watt 48 VDC power supply to be used with IONI, ATOMI and SimuCUBE devices.

A RJ45 cable is required to connect the adapter to the drive (not included). For suitable cables and their suppliers, see this link

SimuCUBE is a complete simulator force feedback controller for single motorized actuator such as a steering wheel. 

MiGE series AC servo motors exhibit low inertia and high power density. Motor comes with 2 500 PPR (10 000 counts/rev) encoders and configuration file template for Argon servo drive saving from the hassle and chance of error.

MiGE series AC servo motors exhibit low inertia and high power density. Motor comes with 2 500 PPR (10 000 counts/rev) encoders and configuration file template for Argon servo drive saving from the hassle and chance of error.