
4mm x 25mm Automatic Screw Feeder, 1300cc
Experience the future of assembly automation with the Ohtake LV25-40 Automatic Screw Feeder. Its precise screw presentation, large capacity, and versatile compatibility make it an indispensable tool for optimizing your production processes. Invest in the LV25-40 and unlock new levels of efficiency and productivity in your assembly line.
Item Ships free Order total must be over $999.99, under 20 lbs and shipping within continental USA
- Free UPS Ground over $999.99
- Factory-authorised service

Details
Product information
Overview
Introducing the Ohtake LV25-40 Automatic Screw Feeder, a game-changer in the world of assembly automation. This advanced screw feeder is meticulously engineered to streamline your production processes and elevate your assembly efficiency.
- Screw Size: 4mm x 25mm
- Capacity: 1300cc
- Screw Length Compatibility: Up to 25mm
- Manufacturer: Ohtake
| Technical Specifications | |
|---|---|
| Type | Automatic Pneumatic Screw Feeder |
| Screw Diameter - mm | 4 |
| Screw Size - mm | M3 - M8 |
| Max Screw Length - mm | 25 |
| Capacity - cc | 1300 |
| Dimensions - mm | 169 x 357 x 229 |
| Power Supply | AC100 - 240V DC15V |
| Weight - kg | 15 |
| MPN | LV25-40 |
| Features & Benefits | |
| Precise Screw Presentation: The LV25-40 is designed to accurately present 4mm x 25mm screws, ensuring consistent and reliable feeding for your assembly line. | |
| Large Capacity: With an impressive capacity of 1300cc, this screw feeder can accommodate a substantial number of screws, reducing the need for frequent refilling and minimizing downtime. | |
| Versatile Compatibility: The LV25-40 is compatible with screws up to 25mm in length, making it suitable for a wide range of assembly applications. | |
| Adaptable to Various Settings: This automatic screw feeder seamlessly integrates into different manufacturing environments, offering versatility and ease of use. | |
| Effortless Installation: The Ohtake LV25-40 is designed for quick and hassle-free installation, ensuring minimal disruption to your production schedule. | |





