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GTE3030C CNC Milling Machine with 100–1600mm Spindle-to-Table Distance for Large Mold and Deep Cavity Machining

GTE3030C CNC Milling Machine with 100–1600mm Spindle-to-Table Distance for Large Mold and Deep Cavity Machining

CNC milling machine with 100-1600mm spindle

Gte3030c CNC milling machine

CNC milling machine spindle distance

Place of Origin:

China

Brand Name:

Queenly

Certification:

GS, CE, RoHS, ISO 9001

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Product Details
Model NO.:
GTE3030C
Application:
Metal
Process Usage:
Metal-Cutting CNC Machine Tools, Metal-Forming CNC Machine Tools
Movement Method:
Contour Control
Control Method:
Closed-Loop Control
Numerical Control:
CNC/MNC
Processing Precision:
0.01~0.02(mm)
Performance Classification:
High-End CNC Machine Tools
Condition:
New
Transport Package:
Pallet
Specification:
4550*3827*3245
Trademark:
Queenly
Origin:
China
HS Code:
84601100
Production Capacity:
200sets/Month
Highlight:

CNC milling machine with 100-1600mm spindle

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Gte3030c CNC milling machine

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CNC milling machine spindle distance

Payment & Shipping Terms
Minimum Order Quantity
1sert
Price
USD50000-USD100000
Packaging Details
Standard export packing
Delivery Time
15-30DAYS
Payment Terms
T/T
Supply Ability
30set/mouth
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Product Description
Product Introduction
GTE3030C CNC Milling Machine with 100–1600mm Spindle-to-Table Distance for Large Mold and Deep Cavity Machining 0

A CNC (Computer Numerical Control) milling machine is a precision - oriented, automated tool reshaping modern manufacturing. It operates by executing commands from a pre - written computer program, often generated from a CAD (Computer - Aided Design) model via CAM (Computer - Aided Manufacturing) software. This machine consists of key components. The control panel, acting as the "brain," interprets digital instructions and directs the machine's actions. The axis system, typically including the X, Y, and Z axes, determines the cutting tool's movement directions, while the spindle holds and rotates the cutting tool at varying speeds for material removal. The work table securely fastens the workpiece, ensuring stability during machining. CNC milling machines can create diverse shapes and perform operations like face milling, pocket milling, and drilling. They are highly versatile, working with materials such as metals, plastics, and wood. Their advantages are significant: they offer high precision, enabling the production of parts with tight tolerances; they ensure consistency and repeatability, crucial for mass - producing identical components; and they boost productivity as they can run continuously with minimal human intervention. These qualities make CNC milling machines indispensable across industries, from aerospace and automotive to medical device manufacturing and prototyping.


Key Features
  • GTE3030C CNC milling machine for large and precision workpiece machining
  • 100–1600mm spindle-to-table distance for flexible vertical machining
  • Suitable for large molds, deep cavities, tall parts, and heavy industrial components
  • CNC control system supports accurate and automated machining
  • Compatible with CAD/CAM programming workflow
  • X, Y, and Z axis system for precise cutting tool movement
  • Suitable for face milling, pocket milling, drilling, boring, slotting, and contour machining
  • Stable worktable helps improve clamping reliability and machining accuracy
  • Processes steel, cast iron, aluminum alloy, copper, plastic, wood, and other materials
  • Ideal for rough machining, precision finishing, and continuous industrial production
GTE3030C CNC Milling Machine with 100–1600mm Spindle-to-Table Distance for Large Mold and Deep Cavity Machining 1
GTE3030C CNC Milling Machine with 100–1600mm Spindle-to-Table Distance for Large Mold and Deep Cavity Machining 2
GTE3030C CNC Milling Machine with 100–1600mm Spindle-to-Table Distance for Large Mold and Deep Cavity Machining 3
GTE3030C CNC Milling Machine with 100–1600mm Spindle-to-Table Distance for Large Mold and Deep Cavity Machining 4
GTE3030C CNC Milling Machine with 100–1600mm Spindle-to-Table Distance for Large Mold and Deep Cavity Machining 5
GTE3030C CNC Milling Machine with 100–1600mm Spindle-to-Table Distance for Large Mold and Deep Cavity Machining 6
CNC milling machine GTE3030C Machine Tool Parameters:

X-axis travel (moving beam forward/backward travel):
3000 mm
Y-axis travel (saddle left/right travel): 3000 mm
3000mm
Z-axis travel (milling head up/down travel):
1500 mm
Distance from spindle nose to worktable:
100–1600 mm
Distance between two columns:
4200–5700 mm
Worktable size:
3500 * 2800 mm
Worktable load capacity:
8 tons
Maximum spindle speed:
6000 rpm
Maximum spindle torque:
300 N·m
Rotation angle:
A = ±180°, C = ±360°
Angular positioning accuracy:
A = ±5 sec; C = ±5 sec
Minimum indexing angle:
0.0001°
Rapid feed rate: X, Y:
20 / 50 m/min; Z: 20 m/min
Cutting feed rate:
10 m/min
Number of tools:
32 pcs
Total machine power:
110 kW
Machine dimensions (L * W * H):
7600 * 8100 * 6150 mm
Machine weight:
52 tons
Control system:
FANUC / Heidenhain / SIEMENS
FAQ
1. What is the GTE3030C CNC Milling Machine used for?

The GTE3030C CNC Milling Machine is mainly used for milling, drilling, boring, slotting, contour machining, and precision processing of large workpieces. It is suitable for molds, deep cavities, machine bases, castings, structural parts, and customized industrial components.

2. What is the advantage of the 100–1600mm spindle-to-table distance?

The 100–1600mm spindle-to-table distance provides a wide vertical machining range. It allows the machine to process both flat workpieces and taller components, improving flexibility for large molds, deep cavities, and high-profile industrial parts.

3. Why is this machine suitable for deep cavity machining?

The extended spindle-to-table distance allows the cutting tool to reach deeper machining areas more easily. This makes the machine suitable for deep molds, large cavities, tall workpieces, and complex parts requiring greater vertical machining space.

4. What materials can this machine process?

This machine can process steel, cast iron, aluminum alloy, copper, plastic, wood, and other industrial materials. The actual processing capability depends on spindle power, cutting tools, machine configuration, and workpiece requirements.

5. How does a CNC milling machine work?

A CNC milling machine follows a pre-written computer program. The part design is usually created with CAD software and converted into tool paths through CAM software. The CNC system then controls the spindle and machine axes to complete accurate machining operations.

6. How can I choose the most suitable machine?

Please tell us the machine model, technical parameters, workpiece material, processing size, accuracy requirements, or production needs. You can also send us product drawings or pictures, and our team will recommend the most suitable machine configuration.

7. Can the machines be customized according to customer requirements?

Yes. We support customization of machining range, spindle-to-table distance, spindle power, worktable size, control system, tooling system, fixture configuration, protective cover, chip removal system, and other machine specifications according to your production needs.

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