Product description
Product Name:
High Difficulty CNC Machining
High difficulty CNC machining refers to the process of
manufacturing complex or intricate parts using CNC (Computer
Numerical Control) machining techniques. These parts often have
challenging geometries, tight tolerances, intricate features, or
require advanced machining strategies. High difficulty machining
requires advanced equipment, expertise, and careful planning to
achieve accurate and precise results. Here are some examples of
high difficulty CNC machining:CNC Lathe
1. Multi-axis machining: High difficulty machining often involves
the use of advanced multi-axis CNC machines, such as 5-axis or even
9-axis machines. These machines can simultaneously move the cutting
tool along multiple axes, allowing for the production of complex
curved surfaces, undercuts, and intricate geometries that would be
difficult to achieve with traditional machining methods.CNC 4 Axis
5 Axis
2. Micro-machining: Micro-machining involves the production of
extremely small parts and features with dimensions in the
micrometer range. This requires highly precise machines, extremely
small cutting tools, and meticulous control of cutting parameters
to achieve the desired accuracy.Sheet Metal
3. Hard material machining: High difficulty machining may involve
working with hard materials, such as hardened steel, titanium, or
ceramics. These materials are difficult to cut due to their high
hardness and require special cutting tools, coatings, and machining
techniques to achieve the desired shapes and tolerances.
4. Thin-wall machining: Machining thin-walled parts requires
careful consideration to avoid distortion or damage during the
machining process. Special tooling, fixturing, and machining
strategies, such as vibration damping, are employed to ensure the
stability and integrity of the thin-walled workpiece.
5. Complex geometries and features: High difficulty CNC machining
often involves producing parts with intricate shapes, complex
contours, undercuts, or compound angles. This may require advanced
CAD/CAM software, skilled programmers, and specialized machining
strategies to accurately replicate the desired design.
6. Surface finish requirements: Some high difficulty machining
projects may have strict surface finish requirements, such as
producing mirror-like or high-gloss surfaces. Achieving such
surface finishes often involves additional processes like
polishing, grinding, or lapping, and may require delicate control
of cutting parameters and tool paths.
High difficulty CNC machining requires a combination of advanced
machinery, skilled operators, precise programming, and meticulous
quality control to achieve the desired results. It is often
employed in industries such as aerospace, medical, complex tooling,
prototyping, and high-performance automotive components.
Advantages:
1) Provide non-standard/standard /OEM/ custom services CNC Lathe
2) High precision, tolerance up to 0.005mm
3) Short delivery cycle (5-7 days for samples, 12-15 days for mass
production)CNC 4 Axis 5 Axis
4) First use blister box packing, then use wooden case packing,
avoid scratches and damage Sheet Metal
China Shenzhen Hongsinn Precision Co., Ltd has more than 30 senior technicians engaged in casting, forging and
other OEM mechanical parts. Equipped with CNC machining center,
turning, milling, grinding and many other equipments. Suitable for
automotive, medical, food, new energy, communication, industrial
equipment, aerospace, fixtures and other non-standard mechanical
parts. We can also provide our customers with a small amount of
diversified and short-cycle products at a high quality and quick
response cost. The company always takes "quality, reputation,
customer" as the management policy, "customer satisfaction" as the
goal, "integrity, quality, efficiency, professional" as the working
concept.
