Model QC360 CNC Angle Back Milling Machine for Angle Steel Tower Industry

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Model QC360 CNC Angle Back Milling Machine for Angle Steel Tower Industry

Name: Model QC360 CNC Angle Back Milling Machine for Angle Steel Tower Industry
Brand: JINAN AUTEN MACHINERY CO.,LTD.
Price: 10000 USD
Availability: InStock

Price 10000 USD ($)/ Unit

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MOQ : 1 Unit

Model QC360 CNC Angle Back Milling Machine for Angle Steel Tower Industry Specification

Product Type
Model QC360 CNC Angle Back Milling Machine for Angle Steel Tower Industry

General Use
Angle Steel Back Milling for Tower Industry

Material
Steel, Angle Iron

Type
Heavy Duty CNC Milling Machine

Capacity
Max Angle Steel Size: 200x200x20 mm

Weight (kg)
Approx. 5000 kg

Computerized
Yes

Automatic
Fully Automatic Operation

PLC Control
Yes, Integrated PLC System

Bar Feeder
Automatic Bar Feeder

Power Source
Electric

Power Consumption
18 kW

Rigidity
High Rigidity Structure

Voltage
380V/50Hz

Motor
Servomotor Drive System

Table Size
2000 mm x 600 mm

Spindle Speed
up to 3000 rpm

Axial Choice
3 Axis (X, Y, Z)

Dimension (L*W*H)
4200 x 2200 x 2200 mm

Feature
Low Energy Consumption, High Speed, High Precision

Color
Standard Industrial Blue-Gray

Warranty
Yes

Noise Level
Less than 80 dB

Cooling System
Automatic Coolant Circulation

Oil Lubrication
Centralized Automatic Lubrication

Clamping System
Hydraulic Clamping

Angle Steel Feeding Length
6000 mm (max)

Milling Cutter Diameter
250 mm

Control Interface
Touchscreen, CNC Programming

Chip Removal
Automatic Chip Conveyor

Applicable Standards
GB, ISO, CE Certified

Ambient Temperature Range
0C - 45C

Repeatability
0.03 mm

Positioning Accuracy
0.05 mm

Model QC360 CNC Angle Back Milling Machine for Angle Steel Tower Industry Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
200 Units Per Month

Delivery Time
30 Days

About Model QC360 CNC Angle Back Milling Machine for Angle Steel Tower Industry

Equipment usage instructions and Characteristics

1 The device uses highspeed milling for back and root of angle shoveling processing technology

2Greatly improving the shoveling production efficiency efficient than the traditional planer

3Easily operate low requirement for the workers operation level

4Greatly reducing the labor intensity high degree of automatic machinery it can continuously feed angle

5Compared with traditional planer which length of processing is restricted the new machine makes the process more flexible It is not necessary to use clamping device to make the process more convenience and more efficient

6The machine is easy to operate flexible regulation and stable operation

High Precision & Efficiency for Tower Fabrication

The QC360 CNC Angle Back Milling Machine offers superior positioning accuracy at 0.05 mm and repeatability of 0.03 mm, enabling precise back milling for angle steel used in tower structures. Its high speed and stability, coupled with a heavy-duty construction, ensure that tower components meet stringent industrial standards, maximizing production quality and operational consistency.

Advanced Automation for Streamlined Operations

Automation is at the core of the QC360, featuring automatic bar feeding, hydraulic clamping, centralized lubrication, and automatic chip removal. The PLC-based CNC control with a touchscreen interface significantly enhances ease of use and reduces operator workload. These features collectively contribute to minimizing downtime and elevating productivity in demanding environments.

Robust Design and Energy Efficiency

Designed for continuous industrial use, the QC360's high rigidity frame, advanced servomotor drive, and efficient 18 kW power consumption ensure reliable performance under demanding conditions. Its noise level stays below 80 dB and it operates efficiently between 0C and 45C, catering to a variety of workshop settings with minimal energy consumption.

FAQ's of Model QC360 CNC Angle Back Milling Machine for Angle Steel Tower Industry:

Q: How does the QC360 CNC Angle Back Milling Machine achieve high precision?

A: The QC360 utilizes a high-rigidity structure, precision servomotor drive system, and advanced 3-axis (X, Y, Z) CNC control to deliver a positioning accuracy of 0.05 mm and repeatability of 0.03 mm. Integrated automatic hydraulic clamping and centralized lubrication further enhance machine stability during operation.

Q: What types of materials and dimensions can this machine process?

A: This CNC milling machine is designed to process steel and angle iron, with a maximum angle steel size of 200x200x20 mm and a maximum feeding length of 6000 mm, supporting requirements prevalent in the angle steel tower industry.

Q: When should I schedule routine maintenance for optimal performance?

A: Routine maintenance should follow manufacturer guidelines, incorporating regular checks of the coolant, lubrication, chip conveyor, and hydraulic systems. Scheduled maintenance ensures high precision and prolongs the lifespan of the machine.

Q: Where can this machine be installed and operated?

A: The QC360 is suitable for workshops or production facilities with a standard industrial power supply of 380V/50Hz. It operates within ambient temperatures from 0C to 45C, making it adaptable to most industrial environments internationally.

Q: What is the programming and operation process for this machine?

A: Programming is managed via touchscreen CNC control, allowing operators to input tasks directly or upload programmed files. Once set, the system runs fully automatically, including material loading, milling, clamping, and chip removal, requiring minimal manual intervention.

Q: How does the QC360 improve workflow and productivity?

A: With its integration of automatic bar feeding, chip conveyor, and hydraulic clamping, the QC360 greatly accelerates production cycles while minimizing manual handling. Its high-speed spindle (up to 3000 rpm) and swift setup translate to significantly increased throughput for tower manufacturers.

Q: What are the key benefits of using this CNC Angle Back Milling Machine?

A: Key advantages include high accuracy, robust construction, fully automated operation, low energy consumption, high processing speeds, centralized lubrication, and compliance with GB, ISO, and CE standards, providing reliable and consistent results for steel tower fabrication.

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