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Machine specification

TPC130 Center-Drive Double-Head CNC Lathe

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The TPC130 is a center-drive CNC lathe with a listed spindle bore of Ø120 mm, a maximum machining diameter of Ø120 mm, and machining lengths from 660 mm to 3500 mm. X/Z travel is 350 mm/4000 mm. Review the clamping length, end features, supports and tool approach together, then confirm the selected head and tooling arrangement for the proposed operation sequence.

TPC130 technical specification table; see the complete HTML specifications on this page.
Product media TPC130 — Technical specifications

Review TPC130 for your part

For shaft parts needing operations at both ends, compare this model’s documented central clamping, workpiece limits, axis arrangement and tool positions. Check how each end is supported and reached, and confirm the required operation sequence. Do not assume simultaneous machining, automatic loading or identical end capacities unless the exact supplied configuration states them.

Published comparison figures

Spindle Bore Diameter
Ø120 mm
Collet Clamping Range
1.7 mm
Clamping Action Type
Hydraulic
Min. Machining Length
660 mm

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What to include in your inquiry

Confirm inspection, delivery, installation, training and after-sales responsibilities in the proposal. Review delivery and support scope

ModelTPC130
Machine categoryCNC Lathes
Next stepDescribe your part
Configuration reviewEngineering review

Key specifications

Spindle Bore Diameter Ø120 mm
Collet Clamping Range 1.7 mm
Clamping Action Type Hydraulic
Min. Machining Length 660 mm
Max. Machining Length 3500 mm
Max. Machining Diameter Ø120 mm
X-Axis Travel 350 mm
Z-Axis Travel 4000 mm
X/Z Rapid Traverse Speed 15 m/min
Tool Shank Size / Inner Diameter □25/ø25 mm
Spindle Motor Power 7.5 kW
Max. Spindle Speed 1500 rpm
Positioning Accuracy 0.01 mm
Repeat Positioning Accuracy 0.005 mm

What is this machine used for?

The TPC130 is a center-drive CNC lathe with a listed spindle bore of Ø120 mm, a maximum machining diameter of Ø120 mm, and machining lengths from 660 mm to 3500 mm. X/Z travel is 350 mm/4000 mm. Review the clamping length, end features, supports and tool approach together, then confirm the selected head and tooling arrangement for the proposed operation sequence.

Choose the configuration around your part

For center-drive turning, define the surfaces that establish the datum and how each end will be reached. Compare the required bore and machining length first; review steady support, clamping force and chip evacuation with the actual part. A double-head layout requires its own operation and interference review.

Questions before ordering TPC130

Which workpiece dimensions should I check first?

Start with the spindle bore Ø120 mm, machining diameter Ø120 mm and length range 660 mm–3500 mm. Total part length, clamped length and end access are different requirements. Submit the drawing and support concept before selecting a setup.

How should I interpret the spindle and tooling data?

The maximum spindle speed is 1500 rpm and the listed spindle motor power is 7.5 kW. The tooling alternatives require selection for the proposed process. Confirm tool stations, boring clearance, end access and the spindle duty rating in the quotation.

What is included, and what needs configuration confirmation?

Rows marked optional describe available configurations. Other listed values do not by themselves establish the complete standard supply. Confirm the control, workholding, spindle duty, tooling, chip handling and acceptance scope in the quotation.

Can the listed accuracy establish my finished-part result?

Listed positioning, repeatability and surface-finish figures are machine specifications under their stated conditions. Finished-part results also depend on material, tool, workholding, thermal state and measurement method. Provide the drawing and required inspection standard for process and acceptance review.

What should I send for an actionable quotation?

Send a dimensioned part drawing, material, critical tolerances, batch size, current process, proposed workholding, required controls and delivery destination. Identify any installation constraints and selected configuration so the team can review the same production requirement with you.

Specifications follow Tiezheng technical documentation reviewed on 15 October 2026. Confirm the supplied configuration and acceptance conditions in the final quotation.

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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.

TPC130 technical specification table; see the complete HTML specifications on this page.
TPC130 — Technical specifications Open full-size parameter sheet

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Start with the part dimensions or operations you know. A drawing is optional for the first inquiry. Share material, critical tolerances, volume and automation needs when available; our team will confirm configuration and acceptance requirements before quotation.

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