Tsugami C300-V
Key Specifications
type
bar capacity
configuration
control
design
Overview
The Tsugami C300-V is a precision gang tool post CNC automatic lathe from Tsugami's C-series, estimated to handle bar stock up to approximately 30 mm based on the model naming convention. The '-V' designation indicates a vertical configuration of the gang tool post, which helps with chip evacuation and reduces the thermal effects of chip buildup on the workpiece and tooling.
Like all C-series machines from Tsugami, the C300-V is designed around precision and repeatability rather than raw versatility. The gang tool post layout eliminates turret indexing time entirely, making it ideal for high-volume production where every tenth of a second in cycle time matters. The vertical orientation of the tool post lets gravity assist with chip clearing, which is particularly beneficial when machining materials that produce stringy chips like stainless steel and aluminum alloys.
The machine runs on a FANUC control, maintaining programming compatibility with other Tsugami machines in the lineup. The C-series platforms are known for their thermal stability, using pretensioned ball screws and symmetrical construction to minimize dimensional drift during long production runs.
As a Japan-market model, the C300-V's detailed specifications are published primarily in Japanese technical documentation. Shops outside Japan typically acquire these through Tsugami's international distribution network or the used equipment market. For operations focused on high-precision, high-speed production of turned parts in the 20-30 mm range, the C300-V represents Tsugami's approach to maximizing accuracy and throughput in a compact, purpose-built platform.
Full Specifications
| Parameter | Value |
|---|---|
| Type | Precision gang tool post CNC automatic lathe |
| Bar Capacity | ~30 mm (estimated from model designation) |
| Configuration | Vertical gang tool post |
| CNC Control | FANUC |
| Design | Gang tool post (no turret) |
Specifications sourced from tsugami.co.jp — verified 2026-03-28
Strengths & Limitations
Strengths
- Vertical gang tool post configuration aids chip evacuation using gravity, reducing chip-related issues during production
- Gang tool design eliminates turret indexing time for faster cycle times on multi-operation parts
- C-series thermal stability design maintains dimensional accuracy over extended production runs
- Compact footprint typical of C-series machines makes efficient use of floor space
- FANUC control ensures programming compatibility with other Tsugami and FANUC-equipped machines
Limitations
- Primarily Japan-market model with limited English-language documentation and direct support outside Japan
- Detailed specifications are published as images on the manufacturer site, making direct comparison difficult
- Gang tool post limits the total number of tool positions compared to turret-based Swiss machines
- No guide bushing restricts suitability for long, slender parts requiring concentricity support
Best For
Frequently Asked Questions
01
The '-V' designation indicates a vertical gang tool post configuration. Instead of the tool post moving horizontally, the tools are arranged vertically, which helps chips fall away from the cutting zone under gravity. This improves chip management and can enhance surface finish quality.
02
The C300-V handles larger bar stock (approximately 30 mm vs. 22 mm for the C220) and uses a vertical gang tool post configuration. The C220 is a standard gang tool post design for smaller parts. Choose based on your bar stock diameter requirements and whether vertical chip evacuation benefits your material type.
03
The C300-V is primarily marketed in Japan, but units are available through Tsugami's international distribution network and occasionally appear on the used equipment market. Contact Tsugami America or your regional Tsugami distributor for availability and pricing.
04
The vertical chip evacuation design makes the C300-V particularly effective with materials that produce long, stringy chips: stainless steels, aluminum alloys, and copper alloys. It also handles brass, carbon steel, and engineering plastics well. The precision-focused design favors lighter finishing cuts at high speeds.
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