Automatic Hydraulic Bar Feeder for CNC Turning Lathe

• Customization: Available
• After-sales Service: Yes
• Warranty: 1 Year
• Model NO.: LSCN 3
• Logo Printing: with Logo Printing
• Size: Middle
• Customized: Non-Customized
• Material: Metal
• Certification: ISO 9001:2008
• Bar Length: 950-3000mm
• Weight: 460kg
• Consumption: 0.7kw
• Loading Side: Front, Left to Right
• Headstock: Fixed/Slide
• Transport Package: Wooden
• Specification: for 3-28mm bar diameter
• Trademark: LANGSHUO
• Origin: China
• Production Capacity: >2000 Set/Year

Product Description

You probably already know a lot of famous brand bar feeder machines and are ready to spend a lot of money to buy them, but now luckily, you have discovered LANGSHUO. As an OEM provider behind most of the famous machines, we offer you the same quality machines at a more reasonable price.

 

Item	LSCN-312	LSCN-316	LSCN-320	LSCN-326	LSCN-328
Bar diameter	φ 3~12 mm	φ 3~16 mm	φ 3~20 mm	φ 3~25 mm	φ 3~28 mm
Bar length	950~3000 mm
Magazine	φ12*31pcs	φ16*23pcs	φ20*19pcs	φ25*10pcs	φ28*13pcs
Net weight	460 kg
Consumption	0.7 kW
Remnant length	20-350 mm
Loading side	Front
Type of headstock	Fixed/Sliding

SEE WHY LSCN-3 IS WORTH IT  ↓

 

High compatibility
Can be used to feed bar stock in various of materials and cross section. No matter round, square bar, hex bar, even tube and odd geometric bar, or steel, Invar alloy, Incoloy, waspaloy as well, LSCN-3 machine guarantee feed them into spindle stably and smoothly. Further more, tiny bar in 3mm thin for producing dental or surgical parts, as well as thick bar in 28mm for producing drone or robotic parts are able to deal with easily by LSCN-3.

 

Synchronization system
When using the swiss type machine tool for bar turning, because the headstock is moving, it is likely that the moving speed of the headstock and the feed speed of the bar will be different, resulting in low cutting accuracy. Synchronization system keep the servo encoder in a stable rhythm with the movement of the headstock by connecting rod and synchronize program, achieve high turning accuracy.

 

Handy changeover
Since LSCN-3 is compatible for 3-28mm bar, there are different guiding elements in the channel for our options while element changing takes valuable time to finish. Compare with other traditional changing method, only changing the guiding element, collet and shaft when adopting other bar stock in different bar diameter, can save lots of time in the production.

 

Energy saving
In the hydraulic bar feeders, spraying of lubricate oil need oil pump to motivate. A stronger pump means higher power consumption, while LSCN-3 equipped smart electrical parts and layout to limitating the peak consumption, in the same time, take a balanced between pump power and electric concumption as well. In an other word, the smart electrical parts contribute to low power consumption even though running strong servo motors and pump.

 

Self-diagnosis
Especially in the unattended occasion, self-diagnosis function becomes critically important. The LSCN-3 series machine have the functions of bar stock over pushed alarming, as well as tools lifespan warning, which allows the risk of mechanical accidents are controlled and supervised effectively. When the vast majority of failures are found and resolved in time, you'll know it was all worth it.

 

Sufficient capacity
The characteristics just described refer to the operation of a single machine. You can imagine that if there are dozens or even hundreds of feeders and cutting machines working in your workshop, the negligible efficiency advantage will grow exponentially. There is no need to worry about insufficient equipment, we have three factories to produce feeders for you. Strong factory capacity is a strong guarantee of fast shipment. We are ready to accept orders from all over the world.

A bar feeder, it is just a bar feeder.
When combined with the various machine tools in your shop, your operators, and your wise choices with foresight,
it will be an organic system that creates wealth quickly.



↓ Contact us for immediate implementation ↓