AQ2 Series
Large Bore Size Compact Cylinder

• Ø160~Ø200 bore size added
• 10~20mm reduced mounting space compared to TCS series

NGQ Series
Compact Guide Cylinder

• Internal lateral load, high precision rotation prevention
• Increasedcushion control range by applying pitch to the cushion valve
• Minimized cushion bounching with optimal flow design
• Increased fine adjustment range for cushion amount and prevents deviation of cushion valve

Alignment Stage PLA Series

• Ultra-thin structure design
• Applied self-developed slotless motor
• Application of ultra-thin high-thrust linear motor
• High-speed and high-precision driving possible

Ultra-thin linear stage PLS Series

• Ultra small/compact size
• Applied self-developed slotless motor
• Easy installation in limited space due to thin structure
• High thrust & high strength, low launch specifications
• Optimum for clean room application with magnet operation method

Step driver

• Driver + controller all-in-one (up to 77% cost reduction compared to existing)
• Ether-CAT, Ether-Net communication support

Stepper motor

• Servo Motor 100~750W Corresponding Capacity
• Possible to control similar servo by attaching encoder (option)

Thin Linear Stage TLR Series

• Easy installation in limited space due to thin structure
• Structural optimization with powerful customization response
• Applicable Stroke (mm) : 100, 120, 200, 275
• Repeatability: 1um or less
• Cross Roller Guide Type

Linear Stage LSI Series

• Various base width dimensions (100, 150, 175, 200, 280 mm)
• Possible to respond to extra long axis (over 4,000 strokes) and Multi Mover
• High-speed operation possible - maximum speed without load 2,000 mm/sec
• Securing cost competitiveness by applying our proven linear motor
• Built-in precision linear encoder

NCS Series

• LM Guide & Ballscrew Type Unit
• Clean Type [Class 100(vacuum suction)]
• Rigid structure with compact design
• Easy to apply multi-axis combination
• Customizable according to customer preference
• Easy maintenance (inject grease easily)