Compact 4-Axis CNC Engraving Machines | High-Precision Micro Parts

Ultimate Precision in a Compact Footprint! The Definitive 4-Axis CNC Solution for Micro Parts and Digital Dentistry.

Compact 4-Axis CNC: Technology & Application Snapshot

  • Core Technology: High-speed 4-axis simultaneous machining with an integrated rotary A-axis (±360°).
  • Primary Advantage: Sub-millimeter accuracy and impeccable surface finishes within a space-saving, fully enclosed desktop architecture.
  • Key Applications: Dental molds (clear aligners), fine jewelry, cylindrical engraving, and micro-medical implants.
  • Process Focus: Seamless multi-sided micro-machining without the need for manual workpiece re-clamping.

The SFY Compact 4-Axis CNC Engraving Machine series is engineered for industries where workshop space is limited, but precision is absolute. Powered by advanced Mitsubishi controllers, these compact centers bridge the gap between heavy-duty industrial machines and intricate micro-machining. Whether you are operating a dental laboratory, a fine jewelry studio, or a high-tech R&D facility, this series delivers the ultra-high-speed performance required for your most delicate and complex manufacturing tasks.

Core Advantages: Elevating Micro-Machining Capabilities

Do not let the compact size deceive you. This series is packed with cutting-edge technology designed to maximize yield and surface quality:

True 4-Axis Rotary Precision

Featuring an integrated A-axis capable of ±360° rotation. This allows for continuous, seamless engraving on cylindrical workpieces and multi-sided processing without accuracy-degrading manual repositioning.

Ultra-High-Speed Spindles

Equipped with exceptionally fast spindles, reaching up to 60,000 RPM (TH-98 model) or robust 40,000 RPM spindles with ISO#20 tapers (TH-150 model). This ensures minimal cutting resistance and flawless micro-detailing.

Ergonomic & Enclosed Design

The fully enclosed chassis prevents dust and coolant from escaping, ensuring a clean and safe operating environment ideal for medical and dental laboratories.

Exclusive Applications: Built for Detail-Oriented Industries

Our Compact 4-Axis series targets sectors where dimensional accuracy and complex geometric processing are paramount:

  • Digital Dentistry & Orthodontics: The absolute best-in-class solution for milling highly intricate clear aligner vacuum-forming molds and complex dental prosthetics with smooth, ready-to-use surface finishes.
  • Fine Jewelry & Horology: Effortlessly executes high-definition 360-degree rotary engraving on rings, watch components, and cylindrical medallions.
  • Medical & Micro-Technology: Provides the stability needed to manufacture ultra-small, critical medical instruments, biocompatible implants, and micro-mechanical prototypes.

Frequently Asked Questions on Compact 4-Axis Technology

What is the primary difference between the TH-98 and TH-150 models?

The TH-98 focuses on ultra-fine detailing, featuring a compact 100 x 100 x 90mm travel and an incredible 60,000 RPM spindle for the most delicate micro-engraving. Conversely, the TH-150 offers a larger 120 x 120 x 120mm working envelope and utilizes a more rigid ISO20 spindle taper at 40,000 RPM, making it ideal for tasks requiring slightly heavier cutting alongside high precision.

Why is the 4-axis configuration crucial for dental molds and jewelry?

Traditional 3-axis machines can only process from the top down. Our 4-axis models incorporate an A-axis with full ±360° rotation. This capability is essential for processing undercuts on dental aligner molds or engraving completely around a cylindrical object in a single setup, drastically reducing production time and eliminating manual alignment errors.

Does a compact machine compromise on structural rigidity?

Absolutely not. While the footprint is optimized for laboratory environments, the core chassis is engineered for high stiffness. Combined with an industrial-grade Mitsubishi controller, the machine effectively dampens high-frequency vibrations during 60,000 RPM operations, guaranteeing that the surface quality of your micro parts remains flawless.

View: