What is the Tiezheng TDL-400?
The Tiezheng TDL-400 is an inverted vertical lathe documented in first-party exact-model workshop footage. The footage states a maximum X-axis travel of 930 mm and a maximum Z-axis travel of 600 mm. The supplied workholding, tooling, controller, spindle, Y-axis, automation and other options are confirmed only through engineering review and the signed technical agreement.
Which TDL-400 specifications are published?
Published information is limited to the exact-model identity, inverted vertical lathe classification, 930 mm maximum X-axis travel and 600 mm maximum Z-axis travel visible in first-party workshop footage. The source marks the Y-axis line as optional, so this page does not represent Y-axis availability or travel as standard equipment.
How should buyers evaluate the TDL-400?
Start with the part drawing and turning requirements. Engineering review should confirm part geometry, material, tolerances, operations, workholding, tool access, chip handling, automation, cycle target, utilities, electrical standard and destination requirements.
How is a TDL-400 quotation prepared?
The RFQ is reviewed against the drawing, production target, utilities and required delivery scope before the signed technical agreement and quotation are issued.
What should buyers send for a TDL-400 RFQ?
Send the part drawing, material, overall dimensions and weight, critical tolerances, required operations, annual volume, target cycle time, workholding or automation requirements, electrical standard and destination country.
Does this page define a supplied Y-axis?
No. The exact source identifies the Y-axis line as optional. Availability, travel and supplied scope must therefore be confirmed in the signed technical agreement rather than treated as a standard feature.
Does this page define the spindle, chuck, tooling or controller?
No. Visible equipment in workshop footage is not represented as a universal standard configuration. The supplied spindle, workholding, tooling, controller and auxiliary equipment are confirmed during engineering review.
How is the supplied configuration confirmed?
The supplied configuration is confirmed against the buyer’s drawing, process, utilities and signed technical agreement before quotation and supply.