FIVE-AXIS MACHINING CENGTER MDK8511T1

FIVE-AXIS MACHINING CENGTER MDK8511T1

Five-axis machining centers, due to their ability to achieve high-precision machining of complex spatial surfaces, have become indispensable key equipment in advanced manufacturing industries such as aerospace, precision medical equipment, high-end automotive molds, energy and power equipment, and creative art products.
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Description

Core advantage:

 

1. Major Breakthrough in Precision, Filling the Domestic High-End Gap
The machine has achieved core technological breakthroughs in its overall structural design and the independent design of the 5-axis spindle head. It has elevated the machining precision error tolerance from the national standard of 0.2mm to an exceptional 0.1mm. This industry-leading metric successfully fills the gap in China's high-end woodworking equipment sector.
2. Powerful Complex Surface Machining & "All-Rounder" Versatility
Functioning as an "all-in-one" machine, the MDK8511T1 operates fully automatically based on preset programs and codes, requiring only manual loading and unloading. It is perfectly suited for a wide range of complex applications, including furniture manufacturing, mold processing, architectural decoration, musical instrument making, handicraft processing, cultural relic restoration, and the machining of wooden interior parts for transportation vehicles.
3. Ultimate Intelligence & Highly Efficient Production
The equipment boasts an exceptionally high level of intelligence. By simply importing the matching program codes, it achieves fully automated machining. This mode drastically increases production speed and effectively saves labor costs, enabling factories to effortlessly handle small-batch, multi-variety customized production demands.
4. Outstanding Independent IP & R&D Capabilities
The development of this model is backed by profound technical accumulation. It not only achieves a completely independent design of the 5-axis spindle head but also secures 2 invention patents and 10 utility model patents, establishing a formidable technological moat within the industry.
5. Highly Competitive Global Market Performance
Relying on its outstanding performance, the MDK8511T1 has successfully penetrated the high-end European market and achieved massive exports to countries like Russia and Ukraine. It has not only created a multi-million-level profit growth point for enterprises but also secured a competitive edge for Chinese woodworking machinery in the international market, earning a stellar global reputation.
 

 

Configuration instructions

 

Maximum machining size:
Single station: 1130x1130x700mm  Double station: 2400x1130x700mm


kinematic parameters:

X axis:3050mm Movement speed:40m/min
Y/V axis:2200mm Movement speed:40m/min
Z axis:1000mm Movement speed:40m/min
C axis (rotary): ±400° Movement speed: 22.5 r/min
A axis (rotary): ±360° Movement speed: 22.5 r/min
Driving method:
X/Y/V/Z axis: Taiwan ABBA precision ball screw drive

 

ETectrical Configuration:

Control System: Italy OSAI Open Key Series
Servo drive: Japan YASKAWA X series
Spindle type: manual tool change 7.5kW (air-cooled)* 4

 

Video

 

 

FAQ

Q: What are the differences between "five-axis linkage" and "3+ 2-axis" machining?

A:

Five-axis linkage: Five axes move continuously simultaneously during the processing, which is used for machining complex continuous free-form surfaces, such as impellers, turbines, and precision mold cavities.

3+ 2-axis positioning machining: First, fix the two rotating axes at one Angle, and then perform three-axis milling. Essentially, it is still a three-axis machining process, but it avoids interference by tilting the workpiece or tool, and is used for machining features or polyhedral parts on an inclined surface. Five-axis linkage is a more advanced function.

Q:What are the core advantages of a five-axis machining center?

A:

One clamping, multi-sided processing completed: The greatest advantage is to eliminate repeated clamping errors, improve accuracy and efficiency.

Processing complex geometric shapes: It can complete complex parts such as aerospace, medical, and high-precision molds that three-axis machine tools cannot handle.

Using short tools: By adjusting the Angle, shorter and more rigid tools can be used to increase cutting speed, surface quality and tool life.

Excellent surface finish: Achieved by keeping the ball-end mill at the optimal cutting Angle all the time.

Q: Can it replace a three-axis machining center?

A: No, they are complementary. Five-axis machine tools are suitable for processing complex and high-value-added parts. For most regular and multi-faceted parts, three-axis or 3+ 2-axis processing is more efficient and less costly. A wise approach is to rationally allocate tasks between three-axis and five-axis machine tools based on the product structure to form an efficient processing combination. 

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