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Slant Bed Precision CNC Machine Tool Complex Milling

1.The integrated 30°step-type slant bed structure,XZ direction Precision large-spec linear guides, wide span, stable structure, high rigidity, long-lasting accuracy.
2.Big-size precision spindle unit,Equipped with strong servo-programmed tailstock.Stable operation with high precision
3.Spindle optionally adopts precision angular contact bearings, achieving an optimized combination of high precision, high load-carrying capacity and high rotational speed, with long-lasting durability.
4. 80 12-station Lifting power turret on the machine: bidirectional positioning, short tool change time, high positioning accuracy, helps improve machining precision.
5.Hydraulic tailstock offers high support rigidity and excellent precision retention. Optional servo tailstock facilitates programmable operation, saving time and effort.

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Model:
QTE

CNC Cutting Machine slant bed Complex milling

Description

Product Overview

Developed and designed by Anhui Primacon Intelligent Equipment Co., Ltd., QTE series CNC lathes feature high precision and excellent stability. They are ideal processing equipment specially used for machining high-precision complex parts..

This machine integrates turning, drilling and tapping processes. It is equipped with HIWIN linear guides and ball screws. Matched with large-capacity precision spindle unit and high-power main servo motor, it ensures stable operation and outstanding machining precision.

Product Characteristics

Structural Design: Stability, Rigidity and Long-Lasting Precision

Adopts an integrated slant bed structure, matched with large-spec precision linear guides on X/Z axes.

Wide span, stable structure and strong rigidity, maintaining excellent machining accuracy during long-term operation, suitable for high-load and high-precision machining requirements.

Spindle System: High Efficiency, Precision and Outstanding Performance

Equipped with a large-size precision spindle unit, featuring stable operation and high machining accuracy.

Optional precision angular contact bearings, achieving an optimized combination of high precision, high load-carrying capacity and high rotational speed, with excellent durability to meet long-term operation under complex working conditions.

Tailstock Configuration: Flexible Adaptation and Easy Operation

Standard equipped with a high-torque servo programmable tailstock, providing sufficient power and precise control.

Hydraulic tailstock offers strong support rigidity and excellent precision retention; optional servo tailstock supports program-controlled automated operation, greatly saving manual operation time and effort.

Turret Device: Fast Positioning and Efficiency Upgrade

Fast tool change speed and high positioning accuracy, effectively reducing auxiliary machining time and significantly improving overall machining precision and production efficiency.

Product Parameters

Item	Specification	Unit
Maximum swing diameter	ø 640	MM
Maximum machining diameter * length	ø 320（shaft type）×750 ø 390（disc type）	MM
Spindle bore diameter	ø 86	MM
Maximum bar machining diameter	ø 75	MM
Maximum spindle speed	3000	RPM
Spindle nose type	A2-8	/
Chuck size	10″(12″ Optional)Hollow chuck	INCH
X-axis maximum travel	230	MM
X-axis rapid traverse speed	10	M/MIN
Y-axis maximum travel	±50	MM
Z-axis maximum travel	770	MM
Z-axis rapid traverse speed	20	M/MIN
Number of tools in turret	12	T
External tool holder height	25*25	MM
Maximum internal tool holder diameter	32/40	MM
Tailstock travel	800	MM
Tailstock quill travel	100	MM
Tailstock quill taper	MT5	/
Spindle motor（rated）	15	KW
X-axis motor	3.1	KW
Y-axis motor	1.7	KW
Z-axis motor	3.1	KW
Milling axis power	3.1	KW
Milling axis speed	4000	RPM
Total machine power	45	KW
Coolant tank capacity	200	L
Machine height	2200	MM
Footprint (length * width)	3150*2100	MM
Total machine weight	5600	KG
CNC system	SYNTEC	22TB

Application Cases

1. Precision machining of critical components

Aerospace components (such as turbine blades, blade discs, and engine casings) have extremely high requirements for dimensional accuracy and surface quality. CNC machine tools achieve the machining of complex geometric shapes through multi-axis interpolation and micron-level precision control.

Airframe structural components: Large gantry-type five-axis machine tools can machine structural components such as aircraft wings and tail fins, completing multi-surface machining in a single setup to reduce error accumulation.

2. Processing high-strength and difficult-to-machine materials

Aerospace materials (such as titanium alloys, high-temperature alloys, and composite materials) are hard and difficult to machine. CNC machine tools use advanced tools and adaptive control technology to achieve efficient machining.

Titanium alloy machining: CNC machine tools are equipped with special tools and cooling systems to reduce material deformation and tool wear, ensuring the integrity of high-strength components.

Composite material machining: CNC planar grinding machines are used for precision grinding of carbon fibre composite materials to ensure surface roughness meets design requirements.

FAQ

Do you have export experience? What documents can you provide?

Yes, our machines have been exported worldwide. We provide invoices, packing lists, certificates of origin, CE certifications, etc.

What is the service life of the machine tool?

Normal usage conditions allow for a lifespan of ten years.

What materials can this machine process?

It efficiently machines stainless steel (304/316), aluminum (6061/7075), titanium (Grade 5), and engineering plastics (PEEK/POM).

Do you provide on-site installation or training?

We offer comprehensive manuals and remote guidance. On-site support is available in selected regions.