TY-326 Heartless Lathe Feeding Machine

NegotiableUpdate on 01/13

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Product features of TY-326 lathe feeding machine: oil film type, high speed, low noise. Replace the new material with precise positioning, and ensure stable control of the cutting end face of the new material. Driven by AC servo motor and controlled by PLC circuit, it has high stability and simple operation. Electronic synchronization device, suitable for center of gravity CNC lathes, with fast speed and high stability (optional). Quick detachable rubber hose, easy and quick to replace. If the bar material rushes out or the cutting tool is damaged during the processing, an alarm can be immediately triggered to stop the machine, reducing energy and tool consumption.

Product Details

TY-326 Heartless Lathe Feeding MachineProduct Features:

Oil film type, high speed, low noise.

Replace the new material with precise positioning, and ensure stable control of the cutting end face of the new material.

Driven by AC servo motor and controlled by PLC circuit, it has high stability and simple operation.

Electronic synchronization device, suitable for center of gravity CNC lathes, with fast speed and high stability (optional).

Quick detachable rubber hose, easy and quick to replace.

If the bar material rushes out or the cutting tool is damaged during the processing, an alarm can be immediately triggered to stop the machine, reducing energy and tool consumption.

It can calculate the total quantity of product processing and process according to the required quantity for on-site convenience.

TY-326 Heartless Lathe Feeding MachineTechnical Specifications:

TY-326走心车床送料机

The main tasks involved in the maintenance of the lathe feeder are:

Cleaning and lubrication:

Regularly clean the external surfaces, internal components, and guide rails to avoid the accumulation of dust and impurities.

Use appropriate lubricants to lubricate lubrication points, such as guide rails, ball screws, etc., to reduce friction and wear.

Inspection and adjustment:

Regularly inspect each component for looseness, wear, and damage, such as screws, belts, etc., and promptly repair or replace any problems found.

Adjust various parameters, such as feeding speed, feeding distance, etc., to ensure the accuracy and stability of the equipment.

Check the wiring of the electrical system and the program of the controller to ensure their normal operation, and make adjustments and upgrades as needed.

Hydraulic system maintenance:

Regularly check the oil level and quality of the hydraulic system, replace the hydraulic oil if necessary, and clean or replace the oil filter.

Check the hydraulic system's pipelines, valves, and seals for leaks or wear. If there are any problems, repair or replace them in a timely manner.

Regular maintenance:

According to the usage and operation manual requirements, perform regular maintenance such as replacing the filter screen, cleaning the cooling system, etc.

Inspect and maintain electrical equipment and control systems, such as cleaning electrical cabinets and checking cable connections.

Training and operating procedures:

Train operators on operating procedures, safety precautions, and maintenance requirements to improve the safety and stability of equipment.

Develop and execute maintenance plans, clarify responsibilities and schedule for maintenance work.

Fault diagnosis and handling:

Regularly check the work status and performance indicators, promptly identify and resolve faults, and reduce downtime.

When a malfunction occurs, perform fault diagnosis, identify the cause, and take appropriate solutions, such as replacing damaged components, adjusting parameters, etc.