Tornos MultiSwiss 6x14

New MultiSwiss 6x14 machines are priced between $400,000 and $550,000 depending on tooling configuration, back-working options, and peripheral equipment. The investment includes the integrated bar loader and TISIS programming software. While expensive compared to a single Swiss lathe, the 6x output means the per-part cost is typically 50-70% lower at production volumes. Used units from 2018-2022 trade between $250,000 and $380,000.

A MultiSwiss 6x14 produces approximately 3-6x the output of a single Citizen L20 or Star SR-20J, since it completes 6 parts per cycle versus 1. However, setup time is longer (2-4 hours vs 30-60 minutes for a Swiss lathe), and the machine costs 3-4x more. The breakeven point is typically around 5,000-10,000 parts per batch — below that, single-spindle Swiss lathes are more economical; above that, the MultiSwiss delivers dramatically lower per-part costs.

Traditional multi-spindle automatics like the Index MS22-6 use cam-driven or CNC-controlled but mechanically complex tooling systems that require specialized setup personnel and days of setup time. The MultiSwiss uses independent CNC-controlled servo slides at each station that program like a single-spindle lathe through TISIS software. Setup times drop from 2-5 days to 2-4 hours. Traditional machines may achieve faster cycle times on long runs, but the MultiSwiss wins on flexibility and changeover speed.

The MultiSwiss 6x14 handles all common bar stock materials including free-machining brass, stainless steel (303, 304, 316), titanium (Grade 2, Grade 5), aluminum alloys, carbon steel, and engineering plastics. The 3.7 kW per-spindle power is adequate for the 14 mm diameter range in these materials. Titanium and Inconel machining is possible but at reduced parameters compared to easier-cutting materials. High-pressure coolant options improve chip breaking and tool life in difficult materials.

TISIS is Tornos's integrated programming and machine management software for the MultiSwiss platform. It provides conversational-style programming where the user defines the part geometry and operations, and TISIS automatically distributes work across the 6 spindle stations to optimize cycle time. TISIS also handles collision checking, simulation, and cycle time estimation before cutting. This dramatically simplifies multi-spindle programming compared to traditional approaches that require manual station-by-station tooling planning.

The MultiSwiss is economical for batch sizes from approximately 1,000 pieces and up. Below 1,000 pieces, the setup time and tooling cost per spindle station make single-spindle Swiss lathes more economical. The sweet spot is 5,000-500,000+ pieces per batch, where the 6x productivity advantage delivers dramatic per-part cost savings. For truly high-volume production (millions), traditional cam-type or purpose-built multi-spindle automatics may still offer cycle time advantages, but the MultiSwiss's flexibility to change between jobs makes it ideal for shops with diverse part families.