XL6436 XL6436c XL6436cl Servo Motor Structure Conventional Manual Vertical and Horizontal Universal Milling Machine

Product Description

The XL6436 series Manual Universal milling machine is a high-quality and versatile machine that can be used for various applications in manufacturing, construction, maintenance, and repair workshops. It is equipped with a servo motor-driven finely graduated feed system in all axis, ensuring precise and efficient operations. The machine also features rapid feed in the x-, y-, and z-axis, reducing downtime and improving productivity. With precision-ground guide ways and hardened surfaces, this machine offers long-term accuracy and wear-resistance.

Featuring a universal swivel head that can rotate 360 degrees, this milling machine provides flexibility and convenience for different machining tasks. The vertical spindle is ISO50 taper with a 4KW motor, while the horizontal spindle is ISO50 taper with a 5.5KW motor. The machine is equipped with X, Y, Z 3-axis automatic feed and rapid feed by servo motor, ensuring easy operation and low trouble rate.

With a robust and reliable construction, the XL6436 series milling machine is designed to meet the demands of single-piece or small batch production. It can be equipped with a DRO system for higher positioning and efficiency in batch production. The machine is also designed with attention to detail, including stainless oil plugs and copper oil winder for durability. The lifting part has a grinding surface with a metal texture, ensuring quality and precision. The external electric control cabinet is well distributed and reliable.

Fast delivery is guaranteed, and we welcome your inquiries about this milling machine.

Detailed Photos

The XL6436 series milling machines have a wide range of applications in various industries. Whether it’s for manufacturing, instruments, construction, maintenance, or repair, these machines can handle single-piece or small batch production with ease. The optimum structure of the machine ensures easy operation and less maintenance, making it a reliable choice for your machining needs.

Product Parameters

Specifications	Unit	XL6436	XL6436C	XL6436CL
Table size	mm	1325×360		1600×360
Table travel (X/Y/Z)	mm	750/320/460	1100/320/450	1300/320/450
Table feed(X/Y/Z)	mm/min	30~750/20~500/15~375
Spindle taper		7:24 IS050 (H) 7:24 IS050 (V)
Arm travel	mm	550
Distance between spindle nose and table surface	mm	196-656	196-646
Distance between horizontal nose and table surface	mm	20-480	20-470
Distance between spindle axis and arm surface	mm	200
Spindle speed range	r.p.m	12 steps 60-1750 (V) 12 steps 60-1800 (H)
T-slots(NO./width/pitch)	mm	3/18/80
Main motor power	Kw	5.5 (H) 4 (V)
3 to feed Ac servo motor torque	N.m	15
Overall size	mm	1800×2100×2000	2245×2100×2000	2520×2100×2000
Net weight	kg	2685	2750	2800

Certifications

In 2002, we passed the ISO9001 Quality guarantee system certification, and obtained the CE Certificate in 2007.

Packaging & Shipping

To ensure the safety of your goods, we provide professional, environmentally friendly, convenient, and efficient packaging services. The machine will be packed with plywood case and steel pallet for secure transportation.

Other Products and Business

Our company specializes in supplying

Performance Characteristics of Milling Machine

Milling machines possess several performance characteristics that make them highly versatile. Firstly, they offer precision and accuracy, allowing for the creation of intricate and precise components. Additionally, milling machines provide exceptional flexibility, enabling the production of a wide variety of shapes and sizes. Furthermore, they offer high productivity levels, allowing for efficient and rapid machining operations. Lastly, milling machines can handle various materials, including metals, plastics, and wood, making them suitable for diverse applications.

Types and Characteristics of Milling Machine

There are different types of milling machines, each with its unique characteristics. Horizontal milling machines are known for their sturdy construction and excellent stability, making them ideal for heavy-duty operations. On the other hand, vertical milling machines offer greater flexibility and maneuverability, making them suitable for projects that require intricate and precise milling. Lastly, universal milling machines combine the advantages of both horizontal and vertical milling machines, providing versatility in terms of the milling orientation.

The choice of materials for milling machine construction also affects its characteristics. Milling machines made of cast iron are known for their durability and stability, ensuring long-term reliability. In contrast, aluminum milling machines are lightweight and offer excellent heat dissipation, making them suitable for applications that require portability and thermal control.

Application of Milling Machine

The utilization of milling machines spans across various industries, showcasing their value and importance. In the manufacturing sector, milling machines are instrumental in creating precise components for machinery and equipment. In tool and die making, milling machines enable the production of intricate molds and dies with high precision. The prototyping industry benefits from milling machines by quickly fabricating prototypes to visualize and test product designs. Moreover, milling machines find applications in construction, allowing for the milling of concrete surfaces and the creation of precise architectural elements. Additionally, woodworking industries utilize milling machines for shaping and carving wood with precision and accuracy.

Future Development and Opportunities

The future of milling machines holds exciting prospects for further advancements. With the integration of automation and computer numerical control (CNC) technology, milling machines will become more efficient and productive. This will enable manufacturers to streamline their operations, reduce human error, and increase output. Additionally, the application of artificial intelligence and machine learning algorithms will enhance milling machine capabilities, offering improved precision and intelligent decision-making during the milling process. Furthermore, the development of advanced cutting tools and materials will lead to higher machining speeds and improved surface finishes, opening up new opportunities for milling machine applications.

Choosing a Suitable Milling Machine

When selecting a milling machine, several crucial aspects need to be considered. Firstly, the machine type should align with the intended application, whether it be horizontal, vertical, or universal. The material used in the construction of the milling machine should be chosen based on factors such as durability, stability, and heat dissipation requirements. The size and capacity of the machine should match the project’s scale and production needs. Precision requirements should also be taken into account, ensuring that the machine can achieve the necessary accuracy. Additionally, the automation level desired and the available budget should be considered to optimize productivity and cost-effectiveness.

Summary

In conclusion, milling machines possess performance characteristics such as precision, flexibility, and high productivity, making them invaluable in various industries. The types and characteristics of milling machines, along with the advantages of different materials, provide options to suit specific requirements. The diverse applications of milling machines in manufacturing, tool and die making, prototyping, construction, and woodworking highlight their significance. The future development and opportunities in milling machines promise enhanced automation, advanced technologies, and increased capabilities. When choosing a suitable milling machine, considerations must be made regarding machine type, material, size and capacity, precision requirements, automation level, and budget.

Author: Dream

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