Machine specification

Vertical Machining Centers for Milling, Drilling and Tapping

Tiezheng vertical machining centers are reviewed for milling, drilling, tapping and fixture-based CNC machining projects where buyers need visible machine proof, model-range context and clear RFQ inputs. Photos and videos show machine layouts and workshop context; confirm the selected model specifications and configuration for your project.

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Key specifications

Machine family	machining-center
Model	V Series vertical machining centers
Processes	Vertical milling, drilling, tapping, boring and fixture-based CNC machining review. Final process capability depends on the selected model, tooling, fixture and workpiece drawing.
Workpieces	Fixture-ready metal parts, plates, housings, brackets, molds and repeat machining workpieces where a vertical machining center is suitable after drawing review.
Materials	Project-specific steel, cast iron, aluminum, brass or mixed metal materials. Confirm material grade, blank condition and cutting allowance during RFQ.
Capacity	Model-specific. Select the V-series machine by work envelope, table load, spindle/tooling needs, fixture height and required operation sequence after engineering review.
Spindle / power	Model-specific spindle and tool magazine configuration. Confirm spindle taper, speed range, tool capacity and cutting requirements before quotation.
Axis / stations	Primarily vertical machining center configuration; optional fourth-axis or fixture-system review depends on the selected model and workpiece.
Automation	fixture-system
Control system	Project-specific CNC control configuration. Confirm control preference and service requirements during RFQ.
Options	Workholding fixtures, fourth-axis review, tool magazine selection, chip and coolant handling, guarding, probing or inspection workflow, and acceptance test requirements.

What is this machine used for?

Tiezheng vertical machining centers are used for CNC milling, drilling, tapping and fixture-based machining projects where buyers need to match workpiece size, tooling, control requirements and factory evidence before requesting a quote. The model choice should be confirmed against drawings, material and acceptance criteria.

When should buyers choose a vertical machining center?

A vertical machining center is usually reviewed when the part can be held in a fixture or on a table and the required operations can be completed from vertical spindle access. It is often considered before moving to an integrated automation route, special-purpose machine or large gantry solution.

What public evidence is connected to this machine family?

The photos and videos below show Tiezheng vertical machining centers and workshop context; they do not prove exact capacity, inspection result, annual output, CE scope or customer approval by themselves.

Tiezheng V1160 vertical machining center in workshop environment — V-series vertical machining center shown in a workshop environment.

Tiezheng V1055 vertical machining center model overview — V1055 model overview used as product-family visual evidence.

Which models and videos can buyers review first?

The videos below show Tiezheng machine layouts and workshop context. Use them as visual references for model layout, workshop context and operation discussion; final capability still depends on the selected configuration and workpiece drawing.

What should be checked before selecting a V-series machine?

Machine family	V-series vertical machining centers for milling, drilling, tapping and related CNC operations.
Model examples	V1055, V1160, V966 and related V-series models should be matched to the work envelope and tooling route.
Workpiece review	Send drawing, fixture position, material, blank allowance, tolerance, operation sequence and expected annual volume.
Configuration review	Confirm spindle/tooling requirements, table/work envelope, chip and coolant handling, control preference and optional fourth-axis needs.
Proof limit	Photos and videos show machine layouts. Confirm the model specifications and supplied configuration in your quotation and technical agreement.

How should buyers prepare an RFQ?

Send the 2D/3D drawing, material grade and blank condition.
List required operations such as milling, drilling, tapping, boring, chamfering or fixture-side machining.
Share tolerance, surface requirements, target cycle time and annual volume.
State whether the project needs manual loading, fixture tooling, pallet handling, fourth-axis work or future automation.
Confirm destination market, preferred control system and acceptance test requirements.

What certificate resources should be treated carefully?

The public CE resource below is a due-diligence document resource. It should not be treated as a blanket compliance claim for every V-series configuration until the exact model, scope and destination-market requirements are reviewed.

Buyer questions before quotation

Is a vertical machining center the right first option?

It is a practical first option when the part can be fixtured and the required operations fit a vertical spindle route. If the part needs several balanced stations or very large work envelopes, another machine route may be better.

Can the page specifications be used as final purchase requirements?

No. This page gives a machine-family review framework. Final requirements should come from drawings, selected model data, tooling review and acceptance criteria.

What proof is public on this page?

Photos and videos show machine layouts and workshop context. Confirm the selected model specifications, configuration and acceptance requirements for your project.

What should I send to get a more accurate quote?

Send drawings, material, blank condition, tolerance, operation list, fixture expectation, annual volume, target cycle time, destination market and control-system preference.

Compare spindle distance for setup planning

For milling and drilling setups, compare the published spindle-nose-to-table ranges separately from axis travel and table load. The upper distance for V1160 is 720 mm; V966 lists 750 mm. These figures do not establish a permitted workpiece height or guarantee tool and fixture clearance. Engineering must review the part, fixture, holder and cutting tool together for the intended operation.

Published spindle-nose-to-table distance ranges
Model	Distance from spindle nose to table surface (mm)
V855	150-700
V966	150-750
V1160	120-720

Released exact models

Compare available models

Compare the models below using their specifications, product photos and videos. Confirm the final configuration against your part drawing and production requirements.

Tiezheng V1160 Vertical Machining Center

The Tiezheng V1160 is a V-series vertical machining center with a 1200 x 600 mm table, 1100 x 600 x 600 mm X/Y/Z travel and a 1000 kg table load. The reviewed source sheet records an

Table size: 1200 x 600 mm
X/Y/Z-axis travel: 1100 x 600 x 600 mm
Maximum table load: 1000 kg