Machine specification

Gantry Machining Centers for Large-Plate and Large-Part Milling

Discuss your machining requirements Select and compare

Compare Tiezheng gantry machining centers for milling large plates and large parts. Use the published model data to separate table dimensions, X/Y/Z travel, bridge clearance and table-load limits. MF2016, MF5040 and MF10040 offer three starting points for comparison. Confirm the part-and-fixture size, load distribution, material, cutting operations and spindle configuration before choosing a machine.

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Key specifications

Machine family	Gantry machining centers
Model	MB, DK and DA gantry machining center family
Processes	Large-part milling, drilling, tapping, boring and fixture-based CNC machining review. Final route depends on the selected gantry model, tooling, workholding and workpiece drawing.
Workpieces	Large plates, machine bases, molds, frames, structural parts and oversized metal components that need a gantry-style work envelope after drawing review.
Materials	Project-specific steel, cast iron, aluminum, alloy or mixed metal materials. Confirm material grade, blank condition and cutting allowance during RFQ.
Capacity	Model-specific. Select the gantry machine by work envelope, table load, bridge clearance, spindle/tooling needs, fixture height and acceptance criteria after engineering review.
Spindle / power	Model-specific spindle, head and tool configuration. Confirm spindle taper, speed range, tool capacity, cutting force and service requirements before quotation.
Axis / stations	Gantry machining center configuration. Optional head, fixture or rotary-axis review depends on the selected model and workpiece.
Workholding / loading	Review the fixture and loading plan for the selected model.
Control system	Project-specific CNC control configuration. Confirm controller preference, service requirements and destination-market expectations during RFQ.
Options	Workholding fixtures, heavy-part loading plan, overhead-crane workflow, spindle/head selection, tool magazine, chip and coolant handling, guarding, probing, inspection and acceptance testing.

What is this machine used for?

Tiezheng gantry machining centers are reviewed for large metal parts that need a wider work envelope, stable fixture planning and project-specific spindle or tooling selection. Buyers should match each MB, DK, DA or related gantry model to drawings, material, weight, loading method and acceptance criteria before requesting a quote.

Which MF models should I compare for large-plate milling?

For large-plate milling and large-part gantry machining, start by comparing table width and length, X/Y/Z travels and evenly distributed table load. MF2016, MF5040 and MF10040 provide three different sets of published figures. Review part-and-fixture dimensions, load distribution, tools, material and spindle configuration before confirming which model is suitable for the work.

Compare MF2016, MF5040 and MF10040

Published comparison figures

MF2016: Table width: 2000 mm; Table length: 1600 mm; X-axis travel: 2000 mm; Y-axis travel: 1600 mm; Standard Z-axis travel: 800 mm; Maximum evenly distributed table load: 15 t
MF5040: Table width: 5000 mm; Table length: 4000 mm; X-axis travel: 5200 mm; Y-axis travel: 4200 mm; Standard Z-axis travel: 1250 mm; Maximum evenly distributed table load: 85 t
MF10040: Table width: 10000 mm; Table length: 4000 mm; X-axis travel: 10200 mm; Y-axis travel: 4200 mm; Standard Z-axis travel: 1250 mm; Maximum evenly distributed table load: 160 t

Table dimensions and axis travels are separate specifications; neither alone guarantees usable machining space. The listed load requires an evenly distributed load. Confirm the complete part, fixture, tool clearance, material grade and supplied configuration with our team.

Review all 13 MF bridge-type models

Not sure which model to choose? Describe your part or operation; an exact model and a drawing are optional for first contact.

Discuss your machining requirements

When should buyers choose a gantry machining center?

A gantry machining center is usually considered when a vertical machining center does not provide enough work envelope, table support, bridge clearance or loading workflow for the part. It is most useful for large plates, molds, frames, bases and oversized components that need milling, drilling, boring or related CNC operations after engineering review.

How do these gantry models compare?

Start with the published axis travel, table dimensions and table load of these two models. Table size and axis travel are different measurements; neither guarantees the complete machinable part envelope. Confirm the part, fixture, load distribution and tool clearance before choosing a configuration.

On smaller screens, swipe across the table to compare both models.

Gantry model specification comparison
Specification	SFA/T2012	MB22-8030
Machine type	Light-duty gantry machining center	Gantry machining center
X-axis travel	2100 mm	8200 mm
Y-axis travel	1200 mm	3000 mm
Z-axis travel	550 mm	1000 mm
Worktable dimensions	2000 × 1200 mm	Please confirm with our team
Worktable load	Please confirm with our team	25 t

For an initial enquiry, outline the material, maximum part dimensions, total part-and-fixture weight, required operations and destination. Arrange confidential drawing exchange with our team.

Discuss your gantry requirements

Prepare your machine enquiry

Discuss SFA/T2012 requirements
Discuss MB22-8030 requirements

Need to review a five-axis gantry configuration?

Review the FM1000 gantry five-axis specifications separately from the models above. Confirm workpiece access, fixtures and the supplied configuration against your drawing before selecting a route.

Discuss an FM1000 configuration

Which gantry machines can buyers see?

The images below show Tiezheng MB-series gantry machines and their workshop layout. Use them to compare machine forms and access; confirm capacity, inspection requirements and applicable certificate scope for the exact model in your quotation.

Tiezheng MB18-3023 gantry machining center product overview — MB18-3023 gantry machining center overview.

Tiezheng MB22-4030 gantry machining center product overview — MB22-4030 model overview used for large-part machine review.

Which gantry models and videos can buyers review first?

Watch the videos below to compare model layout, workshop handling and installation activity. Final capability depends on the selected configuration and workpiece drawing.

What should be checked before selecting a gantry route?

Machine family	Gantry machining centers for large-part CNC milling, drilling, boring and fixture-based machining review.
Model examples	MB18-3023, MB22-4030, MB22-6030, DK and DA related gantry models should be matched to work envelope, loading route and tooling requirements.
Workpiece review	Send maximum workpiece dimensions, weight, material, blank allowance, tolerance, fixture position and required operation sequence.
Configuration review	Confirm table load, bridge clearance, spindle/head needs, tool magazine, chip and coolant handling, loading method and inspection workflow.
Machine selection	Images and videos show machine layout and workshop activity. Confirm exact-model specifications, workpiece fit and acceptance requirements in the technical quotation.

How should buyers prepare an RFQ?

Send the 2D or 3D drawing, material grade, blank condition and maximum part weight.
List required operations such as rough milling, finish milling, drilling, tapping, boring, chamfering or side-face access.
Share the required work envelope, fixture approach, bridge-clearance concern and loading method.
State tolerance, surface requirements, target cycle time, annual volume and expected acceptance test.
Confirm destination market, control preference, service expectations and certificate-document requirements.

What certificate resource should be treated carefully?

The milling-machine certificate resource can support document review during procurement. It should not be treated as a blanket compliance promise for every gantry configuration until the exact model, scope, destination-market rules and project documentation requirements are checked.

How do MA12-2014 and MB22-8030 differ for large-part machining?

MA12-2014 lists X/Y/Z travels of 2000/1400/800 mm and a table load of 6 t. MB22-8030 lists 8200/3000/1000 mm and 25 t. These figures help narrow a large-part machining shortlist; they do not establish rigidity, cutting performance or a guaranteed workpiece envelope. Confirm the part, fixture, load distribution, tool reach and loading plan for the selected configuration.

Gantry shortlist: axis travel and table load
Model	X-axis travel (mm)	Y-axis travel (mm)	Z-axis travel (mm)	Table load (t)
MA12-2014	2000	1400	800	6
MB22-8030	8200	3000	1000	25

Travel is not a guaranteed machining envelope, and table load does not establish rigidity or cutting performance. Review the part and fixture together, including load distribution, tool reach, spindle clearance, material, operations and the loading plan. The required configuration and acceptance checks are confirmed for the actual part.

Compare MA12-2014 and MB22-8030 for large-part machining. Both models open with milling and large-part requirements selected. Material and loading remain unconfirmed requirements; engineering must review the intended setup.

Buyer questions before quotation

Is a gantry machining center better than a vertical machining center?

It may be better when the part needs a larger work envelope, heavier support or a loading workflow that exceeds a typical vertical machining center. If the part is smaller or changes often, a vertical machining center may remain the more flexible route.

Can one gantry page provide final capacity data?

No. This page gives a machine-family review framework. Final capacity should be confirmed from selected model data, drawing review, tooling requirements and acceptance criteria.

What can I see in the images and videos?

The images and videos show MB-series machine layout and workshop activity. Use the selected model’s specification sheet and project documents to confirm capacity, configuration and acceptance requirements.

What should I send for a useful gantry proposal?

Send drawings, material, blank condition, maximum size and weight, tolerance, operation list, fixture expectation, loading method, annual volume, target cycle time, destination market and acceptance requirements.

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.

DA560 High-Speed Engraving and Milling Machine

DA560 is a high-speed engraving and milling machine with a 500 × 650 mm table, 500 × 650 × 250 mm X/Y/Z-axis travels and a stated maximum table load of 400 kg. The spindle speed is

Table size: 500 × 650 mm
Maximum table load: 400 kg