5 Side CNC Machine - Shenq Fang Yuan

Medium-sized 5 face CNC machine (3+2)

Eliminate Cumulative Tolerances! High-Efficiency 5-Face Finishing Solutions for Medium Precision Parts and Complex Mold Bases

SFY CNC's Medium 5-Face Machining Center (often referred to in the industry as a 3+2 axis or 4+1 axis machine) is designed for manufacturing environments that demand ultimate detail and geometric alignment precision. Through a single setup, this series completes 5-face machining on medium-sized workpieces, completely eliminating the cumulative tolerances caused by manual flipping and repositioning on traditional 3-axis machines, maximizing both production capacity and yield.

Core Advantages of 3+2 Axis Finishing Technology

Unlike simultaneous 5-axis machines focused on continuous surfaces, our medium 5-face machining center utilizes high-rigidity rotary positioning to focus on the multi-face finishing of medium-sized parts:

Absolute Precision in a Single Setup: Machining five faces in one setup eliminates the datum shifts caused by multiple loading and unloading cycles. This is crucial for securing high yields on medium parts requiring strict concentricity and perpendicularity across multiple features.
Cost-Effective Multi-Face Finishing: Easily perform multi-angle feature machining (such as angled holes and complex deep cavity milling) without the high cost of a simultaneous 5-axis system, significantly reducing finishing times.
Stable Rigidity Purpose-Built for Semi-Finishing and Finishing: Discarding the heavy-cutting design mindset, the machine structure focuses on suppressing micro-vibrations and thermal distortion. It perfectly accommodates finishing (Finishing) and semi-finishing (Semi-finishing), ensuring flawless surface finishes and uncompromising dimensional accuracy.

Target Applications: The Perfect Blend of Medium Size and Extreme Precision

When your production line processes moderately sized, high-value components demanding strict alignment tolerances on all sides, this technology is the ultimate choice:

Precision Medium Molds and Mold Bases: The industry standard for machining precision plastic injection molds and die-casting mold bases, ensuring flawless geometric alignment and ejector pin hole accuracy across all five faces.
High-End Industrial Valves and Complex Cavities: Engineered for medium-sized metal cavities featuring multi-angle ports and intricate internal flow channels, ideal for semiconductor equipment, aerospace, or hydraulic systems.
Multi-Face Mechanical Components and Precision Fixtures: Highly efficient production of medium-to-large advanced mechanical parts that require multi-face milling, precision drilling, and tapping to guarantee seamless final assembly.

Frequently Asked Questions: 5-Face (3+2 Axis) Technology

Why recommend a 5-face machine over a standard 3-axis machine for medium precision parts?

Machining medium parts with multi-face features on a standard 3-axis machine requires multiple manual flips. Each flip breaks the original positioning datum, generating "cumulative tolerance." A 5-face machine automatically rotates and locks to machine five sides in a single setup, guaranteeing the strictest geometric tolerances and factory yields.

Is this machine suitable for heavy roughing?

Not recommended. This machine is primarily positioned for "high-precision finishing" and "partial semi-finishing." Roughing generates massive cutting resistance and severe vibrations, which over time degrade the machine's geometric accuracy and spindle lifespan. To maintain the machine's flawless finishing performance, we strongly advise handling rough machining on dedicated heavy-cutting machines before moving to this center for final precision completion.

Can the 5-face machine be used to process aerospace turbine blades?

Not recommended. Turbine blades require "simultaneous 5-axis" capabilities to cut complex 3D continuous surfaces. Our 5-face machine (3+2 axis) locks the rotary axes at a specific angle prior to cutting. This design offers exceptional positioning rigidity, making it the most cost-effective choice for multi-face planar milling, angled precision framing, and deep hole drilling on medium-sized workpieces.

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