| Model | DFV01605 |
| Shaft Diameter | 16 mm |
| Lead | 5 mm |
| Accuracy Grade | C5–C7 |
| Nut Type | Single / Double Nut |
| Circulation Type | Internal Ball Recirculation |
| Material | Hardened Alloy Steel |
| Surface Treatment | Anti-Corrosion Plating |
| Efficiency | ≥ 90% |
| Max Speed | Up to 3000 rpm |
| Preload Options | Light / Medium / Heavy |
| Support Units | BK12 / BF12 Compatible |
| Lubrication | Grease or Oil Compatible |
| Operating Temperature | –20°C to +80°C |
Product detail
The DFV01605 Ball Screw is a high-performance linear motion component engineered for precision transmission and smooth motion control in compact automation systems. With a 16mm screw diameter and a 5mm lead, it offers excellent positioning accuracy, high load capacity, and low friction performance.
Manufactured using hardened alloy steel and precision-ground threads, the DFV01605 ball screw ensures stable linear movement, minimal wear, and extended operational life. The preloaded ball nut design effectively reduces backlash, providing reliable and repeatable performance for high-speed and high-precision operations.
Highlight Feature
The DFV01605 series is compatible with TBI, Hiwin, and other international standards, making it easy to integrate or replace in CNC, robotics, and automation equipment.
High Precision Transmission
C5–C7 accuracy for stable and precise positioning.
Smooth & Quiet Operation
Optimized ball circulation minimizes vibration and noise.
High Efficiency (>90%)
Rolling motion reduces friction loss for energy efficiency.
Low Backlash Design
Preloaded nut ensures repeatable linear accuracy.
Durable & Long-Lasting
Hardened and ground steel structure for superior wear resistance.
Standard Compatibility
Fully compatible with BK12/BF12 end supports and TBI-size nuts.
Product parameters
Applications
CNC milling, engraving, and lathing machines
3D printers and laser cutting systems
Industrial automation and robotics
Precision positioning tables and actuators
Medical equipment and laboratory devices
Semiconductor and optical motion platforms