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What Optional Configurations Help Enterprises Expand CNC Lathe Production Capability?

● 2026-06-16 ● - ● Leave me a message

In 2026, the global precision machining industry presents a distinctive dual development feature: small-batch customized orders are growing rapidly, while mass production of standardized metal components remains the mainstream business for most manufacturing workshops. Faced with fluctuating order types, many processing enterprises encounter a common development bottleneck. Fixed-configuration CNC lathes can hardly switch freely between diversified machining tasks, restricting factories from expanding production boundaries and capturing more segmented market orders.

Blindly purchasing multiple sets of dedicated machine tools to enrich production capacity will lead to excessive early investment, low equipment utilization and increased long-term maintenance costs. Against this backdrop, more forward-looking manufacturers begin to abandon rigid single-specification machine tools and turn to modular CNC lathes with rich optional configurations. Optimizing equipment configuration combinations has become the most cost-effective way for modern factories to expand comprehensive production capability.

Shortcomings of Fixed-Configuration Traditional Lathes

Traditional general-purpose CNC lathes usually adopt fixed spindle parameters, unified control system and single-tool turret structure after leaving the factory. Such rigid design can only meet single-type repetitive processing tasks. When enterprises need to expand business scope, such as machining high-hardness special alloys, completing complex multi-angle milling, or realizing automated feeding and discharging, traditional lathes cannot be upgraded in a targeted manner.

Furthermore, mismatched core accessories will cause a series of production problems. Incompatible controllers will slow down program response; unreasonable turret stations will reduce switching efficiency; the absence of auxiliary automation devices will rely heavily on manual operation. All these hidden problems will hinder enterprises from expanding production capacity and restrict the upgrading of product processing precision and complexity.

Jingfusi Launches CK46/52-4+4+Y Turn Mill CNC Lathe with Modular Configurations

As a professional manufacturer focusing on high-cost-performance Turn mill CNC Lathes, Jingfusi launches the upgraded CK46-4+4+Y and CK52-4+4+Y dual-model series. Different from ordinary fixed-structure machine tools, this turn-mill CNC lathe adopts a highly flexible modular design. All core components and peripheral auxiliary devices support free collocation and personalized upgrading, helping enterprises accurately select targeted configurations according to their own business planning to expand production capacity without redundant investment.

This series of machine tools inherits the core advantages of Jingfusi’s turn-mill equipment. Equipped with a plug-in power head featuring a 65mm standard wheelbase, the power head and internal bearings can be replaced quickly, greatly simplifying daily maintenance work. The built-in 4+4+Y power turret delivers faster running speed and higher machining accuracy than ordinary power turrets, capable of completing integrated processing of turning, milling and drilling. It stably adapts to multiple hard materials including stainless steel, titanium alloy and carbon steel, maintaining long-term stable operation and extending overall service life.

Core Optional Configurations for Production Capacity Expansion

To help different-sized enterprises realize capacity upgrading, Jingfusi provides multi-dimensional optional configuration combinations covering spindle, control system, drive system, turret specification and automated auxiliary equipment, fully matching diversified production scenarios:

1. Spindle Configuration: The machine tool supports mechanical spindles as the standard configuration, and electric spindles are available as an optional upgrade. The electric spindle can effectively improve rotational stability and cutting efficiency, perfectly meeting the high-precision machining demands of tiny precision parts.

2. Intelligent Control System: Users can choose the mature SYNTEC controller as the basic configuration, or upgrade to the FANUC controller according to processing requirements. The optional FANUC system features stronger anti-interference performance and richer programming functions, suitable for complex multi-process batch production.

3. Drive System Collocation: The X/Z/Y three-axis feeding system supports two mainstream drive solutions: YASKAWA servo motor and SYNTEC servo motor. Cooperated with C3-grade ball screws of 32/32/25 specification and high-rigidity linear guide rails, the dual drive options balance operational cost and high-speed feeding performance (max fast travel speed: 24m/min).

4. Turret and Clamping Accessories: This series is equipped with an 8-station MK-63RSV-8T servo turret by default, and a 12-station turret is available for upgrade to support more types of cutting tools and shorten tool switching time. In terms of clamping parts, pull back clamp is the standard accessory, and customized chucks can be selected for special-shaped workpieces.

5. Full Set of Auxiliary Automated Devices: For enterprises planning to realize unmanned production, Jingfusi provides optional supporting equipment including automatic feeding devices, part collection devices, chip conveyors, oil mist separators and collaborative robots. The complete auxiliary module assists workshops in realizing semi-automatic or fully automatic production and greatly increases daily output.

Detailed Basic Parameters of CK46/52-4+4+Y Series

Parameter Item	Unit	CK46-4+4+Y	CK52-4+4+Y
Max Swing Diameter Over Bed	mm	480	480
Max Turning Length	mm	320	320
Spindle Nose Specification	-	A2-5	A2-6
Max Spindle Speed	r/min	4500	4000
Spindle Motor Power/Torque	Kw/N.m	7.5Kw/47N.m	11Kw/72N.m
Power Head Motor	Kw/N.m	SYNTEC 1.7Kw/8.34N.m	SYNTEC 1.7Kw/8.3N.m
X/Z/Y Axis Max Fast Travel Speed	m/min	24	24
Machine Net Weight	kg	3400	3500
Total Machine Power	KW	13	16.5
Machine Dimension(L×W×H)	mm	2200×1580×1900	2200×1580×1900

Industry Outlook

As market orders become increasingly diversified and segmented, standardized fixed-configuration machine tools will gradually fail to match the flexible production needs of processing enterprises. Modular Turn mill CNC Lathes with rich optional configurations will become the mainstream procurement trend in the machine tool industry. By selecting exclusive configurations according to actual business demands, enterprises can realize phased capacity expansion, effectively control procurement costs, and maximize the return on investment of CNC equipment in the fiercely competitive precision machining market. Contact us!

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