Modern CNC processing equipment we have helps us to satisfy any particular needs our clients could have. Create CNC manufactured objects based on client demand. Once given comprehensive designs, our knowledgeable staff can do manufacturing specifically for the customer's specified requirements, guaranteeing the best degree of quality and accuracy. We are totally qualified to produce outcomes that fit the demands and expectations of our clients regardless of the complexity of the project.
Basic Information
|
Condition |
New 100% |
|
Code |
Ms180-0002 |
|
Material |
EN40B(722M24) |
|
Weight (kG) |
1.7 |
|
Color |
silver |
|
Place Of origin |
Guangdong, China |
|
Applicable industries |
Manufacturing Plant, Machinery Repair Shops, Retail |
|
Customized Services |
As a manufacturer, we can customize according to customer's drawing |
This CNC machined parts undergoes a comprehensive manufacturing process that includes over 20 distinct steps, such as milling, turning, heat treatment, drilling, grinding, and surface treatment, among others. Each step is meticulously carried out to ensure precision and quality. Additionally, we provide a quality inspection report for every machined product, verifying that each item meets the required standards and specifications. This rigorous process guarantees that the products we deliver are of the highest quality and adhere to stringent quality control measures.
What are the Advantages of CNC machining?
By depending on computer-generated calculations and automated manufacture, CNC machining essentially removes mistakes related to hand measurements. This leads to finished goods with exceptional accuracy and precision. One of the main benefits of CNC machining is its ability to generate parts with extremely precise tolerances. Tolerances are the allowed variation in a product's dimensions as stated by relevant guidelines. Under typical operations, CNC machining's accuracy is less than the approximately 0.017mm diameter of human hair.
For metals and polymers, for example, normal tolerances are usually ±0.125mm; nevertheless, precision manufacturing can reach limits as close to ±0.025mm. CNC machining can reach tolerances as fine as ±0.0012mm in specialist operations, including polishing. This makes CNC machining one of the most exact and dependable manufacturing methods known today, adept at providing unmatched accuracy in even the most demanding uses.
High accuracy and accuracy: CNC machining is ideal for applications requiring exact specifications because it provides outstanding accuracy, generates parts with tight tolerances, and is frequently more accurate than hand techniques.
Standard：After programming a design, CNC machines can consistently produce similar parts with consistent quality, thereby reducing the likelihood of human error.
Efficiency and Speed: Especially for high volume orders, CNC machines can run continuously without pauses, greatly accelerating production speed and lowering lead times.
Versatility: CNC machines can work with a wide spectrum of materials, including metals, plastics, and composites, in many different sectors, including aerospace, automotive, and medical devices.
Complex geometries: CNC machining can effectively handle challenging or unfeasible part designs that are difficult to produce using conventional machining techniques.
Precision：CNC machining lowers material waste by exact cutting and little mistake, therefore lowering costs and enabling more effective use of resources.
Automation：Automation of CNC machines reduces the need for human labor, saving labor costs while maintaining high output levels.
High efficiency：CNC machining makes rapid prototyping possible, allowing for quick iterations and tweaks in product development before mass manufacturing.
Safety: The automation of CNC machines lowers the risk of human error by reducing the necessity of hands-on operation in dangerous surroundings, thus improving process safety.
Whether it's a one-off prototype or a sizable manufacturing run, CNC machining is scalable and guarantees cost-effectiveness independent of the required volume.
What is Pocket Geneva Wheel?
A sophisticated mechanical component meant to improve rotational mechanism accuracy and utility is the Pocket Geneva Wheel. With the Geneva drive mechanism-known for its ability to translate continuous rotational motion into discrete, incremental movement-this small and strong wheel is The Pocket Geneva Wheel distinguishes itself in these ways:
Compact Design. The Pocket Geneva Wheel is perfect for uses with limited space as, despite its compact size, it packs amazing performance capacities.
Designed for accuracy, it guarantees smooth and dependable motion with low backlash, which is absolutely essential for applications needing exact location.
Made from premium materials, the Pocket Geneva Wheel is designed to resist wear and tear, therefore guaranteeing long-term dependability and performance.
Suitable for a broad spectrum of applications, including robotics, automated machinery, and timekeeping devices, where exact, step-by-step movement is vital, versatile applications include robotics.
Effective Motion Conversion. The Geneva drive mechanism precisely, incrementally converts continuous rotation into steps, therefore enabling accurate control in many mechanical systems.
Designed for simple integration into current systems, the Pocket Geneva Wheel can improve the utility of both new and old solutions.
How To Cooperate With Us?
With our array of cam indexers, hollow rotary tables, harmonic drives, and planetary gearboxes, Hansheng Automation specializes in providing highly precise motion control solutions. In order to guarantee our customers get customized, premium items for their particular demand, we also provide CNC machining services and skilled gear manufacture.
Our address
No.1, Lane 1, Xicheng Road, Zhangmutou Town, Dongguan, Guangdong, 523625, China.
Phone Number
+86-18588433085
Info@hansmat.com
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