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Machine specification

TL360B8L400 Twin-Turret CNC Lathe

Start with your part or operation. A model and drawing are optional for the first contact.

TL360B8L400 is a twin-turret CNC lathe with separately stated limits of 360 mm swing over the bed, 350 mm disc cutting diameter and 400 mm chuck-held workpiece length. X1/X2 travel is 200 mm and Z1/Z2 travel is 450 mm. Use these facts to discuss your turned part; the fixture, tool access and final machine configuration need individual confirmation.

ModelTL360B8L400
Machine categoryVertical Lathes
Configuration reviewDrawing-led RFQ

Key specifications

Maximum swing over bed 360 mm
X1/X2 maximum travel 200 mm
Z1/Z2 maximum travel 450 mm
Maximum chuck-held workpiece length 400 mm
Maximum disc cutting diameter 350 mm
Standard spindle nose A2-8 metric
Spindle bore 82 mm
Main spindle maximum speed 3000 rpm
Hydraulic reservoir volume 45 L
Tool shank square / round size 25 × 25 / Ø40 mm
Tailstock quill outside diameter 80 mm
Tailstock quill travel 100 mm
Tailstock travel 450 mm
Tailstock taper MT5
Chuck face to center distance 550 mm
Tailstock guideway size 45 roller mm
Tailstock ballscrew size 40 rolled mm
X/Z guideway size 45 / 45 roller mm
X/Z ballscrew specification 3210 / 4010
X/Z servo motor power 2.3 / 5.4 kW
Servo tailstock motor power 1.8 kW
Main motor power 15 kW
Turret indexing servo motor power 1 kW
Approximate machine mass 6.9 t
Standard chip removal Manual
Chip discharge direction Rear

What is this machine used for?

Discuss this machine

Which work should I discuss?

Describe the turned surfaces and how the workpiece will be held. The disc cutting diameter and chuck-held workpiece length apply to different stated conditions. They are not a general guarantee that any part within a combined envelope can be machined.

Confirm the supplied configuration

Confirm the turret configuration, tool holders, chuck and tailstock arrangement with your representative. Do not assume that a Y axis, driven tooling, secondary spindle or automatic loading is included. A servo tailstock provides positioning functions; it is not evidence of automatic workpiece loading.

Read the operating limits separately

Check the complete part, chuck or fixture, tools and clearances. Spindle bore does not establish a chuck through-hole size or bar-feeding capability. Material, cutting requirements and finished-part tolerances require an individual process review. Confirm installation and support responsibilities directly with your representative.

Talk to your representative

Start with the part or operation you want to discuss. Selecting a model and providing a drawing are optional for a first inquiry. Add dimensions, material grade, quantity and critical tolerances if known. Your representative confirms the formal configuration, delivery arrangements and quotation directly; confidential drawings can be exchanged through an agreed channel after contact.

Questions before choosing this machine

Can I combine 360 mm swing, 350 mm diameter and 400 mm length into one capacity?

No. Swing over the bed, disc cutting diameter and chuck-held length are separate stated limits. Review the actual part and setup together.

Are driven tools or a Y axis included?

Confirm the turret, tool holders and axis configuration for the exact supply. Do not assume milling capability from the twin-turret description alone.

Does the servo tailstock mean automatic part loading?

No. Tailstock motion and workpiece loading are different functions. Discuss any loading device, interfaces and guarding separately.

Will the machine achieve my material and tolerance requirements?

Describe the material grade, critical features, fixture and cutting requirements. The team must assess the proposed process and inspection conditions before confirming suitability.

How can I start an inquiry without a drawing?

Describe the part or operation in your own words. Model choice and drawing are optional for a first inquiry; your representative confirms the final configuration, delivery and quotation directly.

Discuss this machine Explore machining requirements

View technical specification chart

Confirm the TL360B8L400 configuration for your part

Use the published specifications to shortlist this model, then confirm the configuration with the contact listed on this site. Axis travel, workpiece capacity and table load describe different limits; they do not establish finished-part tolerance, material suitability or cycle time. A drawing is optional for the first contact. Machine prices and formal quotations are provided directly by the contact, not by this website.

  1. Check the published data. Read the available specification labels, units and configuration notes. Ask the contact for missing technical data for this exact model. An omitted value is not zero.
  2. Confirm the supplied configuration. Ask the contact for configuration-specific technical information. Confirm standard and optional equipment, tooling, workholding and acceptance requirements; do not assume an unlisted feature is included.
  3. Discuss your requirement. Start with the dimensions and operations you know. Agree a suitable channel for confidential drawings directly with the contact.

Does submitting an inquiry confirm the machine or a quotation?

No. An inquiry starts a discussion. The contact must confirm the proposed configuration and commercial terms with you; submitting a form is not machine acceptance or a formal quotation.

Discuss TL360B8L400 with the contact

Technical information

View the model parameter sheet

The specification table above supports quick comparison. Open the full-size parameter sheet to inspect labels, diagrams and table details before an RFQ.

TL360B8L400 technical specification chart in English; source-derived parameters, not a machine photograph.
TL360B8L400 — Technical specification chart (en-us) Open full-size parameter sheet

Technical documents

Which documents should buyers review?

Related decision pages

Where should buyers go next?

Configuration review

Check this model against your part and production target

Send the drawing, material, critical tolerances, annual volume, target cycle time, automation requirement and destination country.

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