Small Component CNC Lathe Machine with Sleeve Spindle

Product Overview

This Sleeve Type CNC Turret Lathe from Anhui Primacon Intelligent Equipment Co., Ltd. is engineered for high-precision and high-efficiency machining of small components, making it an ideal solution for shaft machining CNC and processing of slender shafts CNC applications. By combining advanced control technology with stable mechanical design, the machine delivers consistent accuracy in high-volume production environments.

Equipped with the industry-leading FANUC Oi-TF CNC Control System, the machine ensures reliable operation across a wide range of small-part manufacturing scenarios, including automotive parts machining CNC and medical device manufacturing CNC. Its strong focus on dimensional accuracy, repeatability, and productivity makes it a versatile choice for modern manufacturing facilities that demand tight tolerances and stable output.

Product Specifications

CNC Control System

At the core of this lathe is the FANUC Oi-TF CNC Control System, renowned for its user-friendly interface and precise command execution. The system ensures seamless coordination of all machine functions, providing stable and consistent performance for shaft machining CNC tasks involving small and slender components.

Spindle Performance

Engineered for both reliability and speed, the spindle delivers the high rotational velocity required for efficient small-part machining. Featuring an A2-5 spindle nose design, it supports hollow chucks or collets, ensuring firm and stable clamping throughout the machining process—an essential requirement for processing of slender shafts CNC, where concentricity and vibration control are critical.

Feed Axes

• X-axis: Delivers an ample travel range and rapid traverse capability, enabling swift and precise movements to handle intricate machining tasks.

• Z-axis: Features a comparable travel range and rapid traverse speed as the X-axis, ensuring balanced and coordinated performance across both axes for machining complex part geometries.

Turret Configuration

The machine is equipped with a turret featuring 8 Tool Positions, providing flexibility for multiple tool changes without compromising efficiency. 

Motor Specifications

· Spindle Motor Power:  delivering sufficient torque for demanding machining operations.

· Total Machine Power: ensuring stable energy supply for all integrated systems.

Other Key Parameters

· Coolant Tank Capacity: maintaining effective cooling during extended production runs.

· Machine Height: designed for ergonomic operation and easy integration into workshop layouts.

· Floor Space (Length × Width): optimizing space utilization in manufacturing facilities.

· Total Machine Weight:, reflecting a robust build for long-term durability.

Design

The design of this Sleeve Type CNC Turret Lathe emphasizes precision, durability, and adaptability. Its optimized structure supports the FANUC Oi-TF control system and high-speed spindle, minimizing vibration during continuous operation. The fast-indexing 8-station turret reduces non-cutting time and enhances overall efficiency, making the machine particularly suitable for medical device manufacturing CNC and other industries requiring stable, high-volume production of small precision parts.

1. Precision component machining

The core characteristics of 3C products are small size and high integration, which require a large number of precision metal or non-metal components:

Housings and structural components: The metal housings of mobile phones/laptops (such as aluminium alloy and titanium alloy) are precision cut, drilled and surface treated (such as fine grinding before anodising) using CNC milling.

Internal support frames, heat sinks, and other complex structural components rely on multi-axis CNC machine tools to complete irregular surface machining.  

Micro connectors and interfaces: Micro-sized metal components such as Type-C interfaces and SIM card slots require micron-level precision, which can be reliably produced using CNC lathes and milling machines.

Glass/ceramic components: Hard and brittle materials such as smartphone glass covers and camera sapphire lenses are cut and drilled using high-precision CNC engraving machines.  

2. Processing of complex new materials  

Composite materials: Carbon fibre-reinforced plastics are used for high-end device housings, and CNC machining prevents delamination or burrs.  

Difficult-to-machine metals: Titanium alloy or magnesium alloy structural components require CNC machine tools with rigid spindles and customised tools.

Ceramics and glass: CNC machines combined with laser or ultrasonic technology achieve crack-free processing.  

What is your company's after-sales service support?

1). Supply wearing parts, spare parts and spare parts at the cost price (outside the warranty period);

2). Party B provides Party A with consulting services on processing technology and programming;

3). After the expiration of the warranty period, Party B still provides after-sales service;

4). Regular use of status tracking service, irregular user follow-up.

What payment methods do you accept?

We accept T/T, wire transfer, and L/C, among others.

How can I choose the most suitable machines ?

Please tell me your specifications ,we can choose the best model for you,or you can choose the exact model.You can also send us the products drawing,we will choose the most suitable machines for you.

What is your standard package?

Our package is export standard plywood case with pallet.