Click the image to zoom
OhtakeLS50-HM35
3.5mm x 50mm Manual Screw Feeder, 1000cc
Elevate your assembly operations with the Ohtake LS50-HM35 Manual Screw Feeder. Its precise screw presentation, large capacity, versatility, and ease of installation make it an essential tool for achieving peak efficiency and accuracy in your manufacturing processes. Invest in the Ohtake LS50-HM35 and experience the difference it brings to your assembly line.
$9,638.20
Total$9,638.20Taxes & shipping at checkout
Quantity
1
- Free UPS Ground over $999.99
- Factory-authorised service
LS50-HM35 | 3.5mm x 50mm Manual Screw Feeder, 1000ccLS50-HM35
Total$9,638.20
1
Details
Product information
Overview
Introducing the Ohtake LS50-HM35 Manual Screw Feeder, a game-changer in the world of assembly automation. This screw feeder is meticulously engineered to enhance your production efficiency and accuracy, making it an indispensable tool for various manufacturing settings.
- Screw Size: 3.5mm x 50mm
- Capacity: 1000cc
- Compatible Screw Length: Up to 50mm
- Manufacturer: Ohtake
| Technical Specifications | |
|---|---|
| Type | Manual Screw Presenter |
| Screw Diameter - mm | 3.5 |
| Max Screw Length - mm | 50 |
| Capacity - cc | 1000 |
| Dimensions - mm | 169 x 354 x 229 |
| Power Supply | AC100 - 240V DC15V |
| Weight - kg | 15 |
| MPN | LS50-HM35 |
| Features & Benefits | |
| Precise Screw Presentation: The LS50-HM35 is designed to present 3.5mm x 50mm screws with utmost precision, ensuring consistent and reliable feeding during assembly processes. | |
| Large Capacity: With a generous capacity of 1000cc, this screw feeder minimizes the need for frequent refilling, reducing downtime and keeping your assembly line running smoothly. | |
| Versatile Compatibility: The Ohtake LS50-HM35 is compatible with screws up to 50mm in length, making it adaptable to a wide range of assembly applications. | |
| Easy Installation: Designed with simplicity in mind, this screw feeder can be effortlessly integrated into your existing assembly line, minimizing disruption and maximizing productivity. | |