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Laser 3D Printing Precision 5-axis CNC Milling

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5-axis CNC milling machining is a high-precision, high-efficiency CNC machining technology that can simultaneously process three-dimensional curved surfaces and cut complex parts.
Compared with traditional three-axis machining, five-axis machining has greater freedom and flexibility, can realize more complex processing tasks, and improve product quality and production efficiency.
  • HC-LC01

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Introduction to the HC-LC01 Laser 3D Printing Precision Component


The HC-LC01 is a state-of-the-art laser 3D printing precision component designed for use in high-end infrared optical 3D printing applications. This meticulously engineered part serves a critical function in the realm of 3D printing by housing the laser system. The component ensures that the laser light is reflected and filtered through various prisms, enhancing the purity of the light beam for optimal printing performance.Complex Design and High Precision Manufacturing

The HC-LC01 component boasts a complex exterior with over ten unique surfaces, each requiring precise machining. This complexity is necessary to accommodate the intricate pathways that the laser light travels within the component. The precision of this part is paramount, with tolerances as tight as 0.01mm and positional tolerances within 0.03mm, ensuring that every aspect of the laser's journey is meticulously controlled.


Durable Materials and Customization Options


Crafted from 6061T651 aluminum alloy, the HC-LC01 offers both hardness and stability, making it an ideal choice for the demanding environment of 3D printing. The component is available in customizable colors, sizes, and specifications to meet the unique needs of each application.


Advanced Manufacturing Process

The production of the HC-LC01 follows a rigorous manufacturing process that includes:


- Material selection

- Stress relief

- CNC machining

- Roughing

- Secondary stress relief

- Precision CNC machining

- Age hardening

- Second round of precision CNC machining

- Sandblasting/Anodizing

- Coloring

- Quality inspection

- Packaging

- Shipment

This multi-step process ensures that each component meets the highest standards of quality and performance.


Stringent Quality Control Measures


Quality assurance is integral to the production of the HC-LC01. The inspection process involves multiple stages:

- Initial 2.5D dimensional inspection

- Secondary 3D dimensional inspection

- Pre-shipment 3D dimensional inspection

- Manual visual inspection


These thorough checks guarantee that every component not only meets the precise specifications but also upholds the aesthetic standards required for high-quality laser 3D printing applications.

12_副本


1, When the tapered pin is assembled, it should be painted and checked with the hole, and its contact rate should not be less than 60% of the mating length, and it should be evenly distributed;

2, The flat key should be in uniform contact with both sides of the keyway on the shaft, and there should be no gap on the mating surface.

3, The number of tooth surfaces that the spline assembly contacts at the same time shall not be less than 2/3, and the contact rate shall not be less than 50% in the direction of the length and height of the spline teeth.

4, After the flat key (or spline) of sliding fit is assembled, the corresponding parts can move freely without unevenness of elasticity.

5, Use the coloring method to check the contact between the outer ring of the bearing and the semicircular hole of the open bearing housing and the bearing cover. It should be in uniform contact with the bearing housing at 120° symmetrical to the center line and 90° symmetrical to the bearing cover.


5-axis CNC milling machining has a wide range of applications:

Aerospace field: The manufacture of complex components such as aircraft and missiles requires high-precision and high-efficiency CNC machining technology, and five-axis machining just meets these requirements. For example, five-axis machining can be used to manufacture complex parts such as aircraft engine blades and turbine blisks.

Automobile manufacturing: The manufacture of auto parts requires high-precision and high-efficiency CNC machining technology. Five-axis machining can be applied to the processing of automotive engine cylinder blocks, cylinder heads, rotors, gears and other parts.

Electronics manufacturing: Five-axis machining can be used to process components such as shells and metal structural parts of electronic products such as mobile phones and tablet computers.

Medical devices: Five-axis machining can be used to manufacture components for medical devices, such as artificial joints, dental implants, etc.

Precision machinery manufacturing: Five-axis machining can be used to manufacture various precision machinery parts, such as molds, optical instruments, watches, etc.


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    Add : No. 211 Liu'an Road, Yuanzhou Town, Huizhou City, Guangdong province, China
    Phone : +86-15812508278
    E-mail : Sales@grand-machining.com

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