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Advantages of Turn-Mill Composite Machines



Improved Machining Efficiency
One of the greatest advantages of turn-mill composite machines is their improved machining efficiency. Consider that traditional machining processes often require multiple workpiece transfers, whereas with a turn-mill composite machine, multiple machining steps can be completed with just one setup. It's like finishing a meal in one go without needing to return to the kitchen several times – saving time and effort.



Space and Cost Savings
For many small and medium-sized enterprises, space and cost are always critical considerations. Compared with using multiple single-function CNC lathes, the turn-mill composite machine effectively saves workshop space. It acts like a multi-functional Swiss Army knife, capable of performing various tasks without requiring numerous tools and equipment. This not only reduces equipment investment costs but also lowers the complexity of maintenance and management.



Machining Flexibility
The flexibility of turn-mill composite machines is another major advantage. In many industries, product types and specifications change rapidly, and traditional single-process machining methods often cannot meet such demands. Turn-mill composite machines, however, can quickly adjust machining parameters to suit different workpieces. This flexibility is like an athlete who can swiftly change tactics to counter different opponents.

JSWAY CNC COMPANY cordially invites you to CCMT 2026 to experience our comprehensive Swiss-type turning solutions.




Deeply Rooted in Swiss-Type Turning, Defining High-Precision Machining with Ultimate Craftsmanship
The Swiss-type lathe, with its unique guide bushing structure and coordinated machining capability between the main spindle and sub-spindle, holds an irreplaceable position in the efficient, high-precision machining of slender shafts and components with complex geometries.



JSWAY CNC’s Technological Core:



High-rigidity guide bushing design, balancing stability for slender shaft machining with optimized material utilization for short workpieces;



Dual spindles, dual turrets, and multi-axis linkage, enabling complete machining of front, back, and side operations in a single setup for complex parts;



B-axis live tooling, effortlessly handling multi-angle milling, drilling, and gear cutting;



Intelligent thermal compensation system and in-process gauging, ensuring batch production consistency at the micron (μ) level.

All technical leaders and senior craftsmen from the company gathered, setting aside daily routines to focus intensely on the products themselves, such as Swiss-type lathes and turning-milling composite machines. Under the theme of "Challenge the Status Quo, Optimize the Design," the seminar facilitated candid and in-depth analysis, along with vigorous debate. The discussions focused on common issues and potential improvement points across the existing CNC machine tool product lines, specifically addressing reliability, usability, maintainability, and performance limits.