Tsugami M08JL5L-II
Key Specifications
max machining diameter chuck
max machining diameter bar
main spindle speed
main spindle motor
tool stations
rapid traverse x
Overview
The Tsugami M08JL5L-II is the extended-bed variant of the M08JL5-II, pushing the platform's turning length even further for shops that routinely handle long workpieces. It's the longest-reach option in the M08J-II family while maintaining the precision and rigidity Tsugami's turret lathes are built around.
This machine handles chuck work up to 280 mm (11.02 in) and bar stock up to 65 mm (2.56 in), matching its shorter siblings. Where it stands apart is the upgraded 11/18.5 kW (14.8/24.8 HP) spindle motor, which is a significant step up from the 9/11 kW in the standard M08JL5-II. That extra power matters when you're taking heavy cuts across longer turning lengths, especially in steel and stainless steel where tool pressure is higher.
The spindle runs 200-5,000 RPM, which is faster than the standard 4,000 RPM limit on the other M08J variants. Combined with the more powerful motor, you get both the speed for finishing small diameters and the torque for roughing larger stock. The 8-station turret and 24/27 m/min rapid traverse rates on X/Z keep the production flow moving.
The M08JL5L-II is purpose-built for long shaft work, extended sleeves, and parts that push the limits of what a compact turret lathe can handle. If you're constantly bumping up against the turning length limits of your current machine, this is Tsugami's answer without jumping to a full-sized production lathe.
Full Specifications
| Parameter | Value |
|---|---|
| Max Machining Diameter Chuck | 280 mm (11.02 in) |
| Max Machining Diameter Bar | 65 mm (2.56 in) |
| Main Spindle Speed | 200 - 5,000 RPM |
| Main Spindle Motor | 11/18.5 kW (14.8/24.8 HP) |
| Tool Stations | 8-station turret |
| Rapid Traverse X | 24 m/min (945 IPM) |
| Rapid Traverse Z | 27 m/min (1,063 IPM) |
| CNC Control | Fanuc |
Specifications sourced from tsugami.co.jp — verified 2026-03-28
Strengths & Limitations
Strengths
- 18.5 kW spindle motor is the most powerful in the M08J family, handling heavy cuts in steel and stainless with ease
- 5,000 RPM max speed is faster than the standard M08J-II variants, improving productivity on smaller diameters
- Extended bed length accommodates long shafts and sleeves that won't fit on standard turret lathes
- Same proven 8-station turret and Fanuc platform as the rest of the M-series for consistency
- Heavy-duty construction maintains precision and surface finish quality on long, challenging workpieces
- Higher spindle power and speed combined with long bed make it versatile for both roughing and finishing
Limitations
- Larger footprint than standard M08J-II variants takes more floor space
- No live tooling or sub-spindle capability limits it to dedicated turning
- 8 tool stations may require creative tooling strategies for complex parts
- Higher cost than standard-bed variants may not be justified if you rarely need the extra length
Best For
Frequently Asked Questions
01
The M08JL5L-II has a significantly more powerful 11/18.5 kW spindle motor versus the M08JL5-II's 9/11 kW, and its max spindle speed is 5,000 RPM versus 4,000 RPM. The 'L' suffix denotes the extended bed variant with longer Z-axis travel. If you need more spindle power and longer reach, the M08JL5L-II is the upgrade.
02
The M08JL5L-II extends beyond the M08JL5-II's 500 mm turning length. The extended bed provides additional Z-axis travel for longer workpieces. Contact Tsugami or your dealer for exact specifications, as the extension varies by configuration.
03
Not at all. The 11/18.5 kW rating is a continuous/peak specification, meaning the machine draws only the power needed for the cut at hand. For light finishing passes, it'll run efficiently at lower power. The extra reserve is there when you need to take aggressive roughing cuts on larger diameters or tougher materials.
04
Yes, tailstock support is available for turning long, slender parts where deflection would be a concern. For very long parts, a steady rest can also be used. These supports are essential for maintaining tight tolerances on high-L/D-ratio workpieces.
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