Product Description
Engineering Department:
Responsible for the revision and confirmation of the drawing process to ensure that every detail is accurate and lay a solid foundation for the smooth progress of the project.
Carry out in-depth and effective technical seminars on a regular basis, resulting in sparks of wisdom and continuous optimization of technical solutions.
Strong technical team:
With their deep professionalism and rich practical experience, they also regularly hold high-quality technical seminars. Through these discussions, they are committed to solving the problems of processing technology for customers, providing a full range of deep technical support.
Professional customer service team to provide customers with one-on-one exclusive service
No matter what kind of problems customers encounter about products, they can be quickly responded and properly solved, so that customers can experience meticulous care and efficient service quality.
Product parameters
| specification | argument | specification | argument |
|---|---|---|---|
| name | Custom non-standard parts | Processing material | Aluminum, stainless steel, copper, iron, titanium, plastics, alloys |
| Machining type | turning | Processing mode | We offer a one-stop service for turning, milling, drilling, tapping, knurling, copying, grinding and electroplating |
| Machining accuracy | finishing | Surface treatment | Quenching, embossing, oxidation, electroplating, polishing, laser engraving, grinding, sandblasting |
| allowance | 0.01 | Processing equipment | 3/4/5 axis CNC lathe, laser engraving machine, drilling and turning machine, high-speed drilling and tapping machine |
| Maximum length | 200mm | Testing equipment | Two-dimensional, three-dimensional, hardness tester, microscope, material detector, roughness detector, environmental protection tester, etc |
Custom Process
Consult customer service
Confirm specifications
Pay a deposit
Arrange production
Multi-level quality inspection
Pay the balance
Arrange delivery
Confirm receipt of goods
Process Type
Turning technology
Turning is one of the basic techniques of precision shaft machining. Through high-precision lathe equipment, the outer circle, inner hole, cone, thread of the precision shaft can be precisely processed to ensure the dimensional accuracy and surface finish of the shaft to meet different design requirements.
Milling technology
The milling process can process complex shapes such as various planes, grooves and gears on precision shafts. Whether it is straight groove, spiral groove, or special profile milling, we can rely on advanced milling equipment and exquisite technology to achieve extremely high precision.
Drilling technology
Use professional drilling equipment to drill high-precision holes on precision shafts. Drilling requirements of different diameters, depths and angles can be achieved to provide accurate hole positions for subsequent assembly or other processing processes.
Material
Material: Iron
Material: Aluminum
Material: Copper
Material: Stainless steel
Quality Control
Raw material inspection
Strictly control the quality of raw materials, and test the composition, hardness, size and other aspects of each batch of materials to ensure that they meet the processing requirements and ensure the quality of precision shafts from the source.
Processing capability
Process diversity
A full range of machining processes including turning, milling, drilling, tapping, knurling, copying, grinding and electroplating. Whether it is a simple shaft structure or a complex special-shaped shaft, it can be processed with high quality to meet diverse design needs.
Mass production capacity
With a sound production process and sufficient equipment resources, it can realize the flexible conversion from single small batch to large-scale batch production, while ensuring that every precision shaft meets the quality standards.
Additional processes
Heat treatment
By quenching, tempering and other heat treatment processes, improve the hardness, toughness and other mechanical properties of the precision shaft, so that it is more suitable for practical use.
deburring
The burrs produced after processing are removed by grinding, polishing, etc., so that the surface of the precision shaft is smooth to avoid adverse effects on subsequent assembly and use.
