How does single-clamping multi-face processing improve efficiency and precision for 3C components?

With a rotary worktable and workpieces up to 1.3 meters long, the T-H Series performs multi-face, multi-process machining in one setup. This eliminates repeated clamping errors, improves overall accuracy, reduces fixture costs, and uses gravity for superior chip evacuation.

What machine architecture ensures vibration-free cutting during high-speed processing?

The T-H Series adopts a fixed-column cross-slide structure built on high-strength resin-sand iron castings. Featuring an ultra-wide base and a high-rigidity herringbone column, the machine effectively absorbs cutting vibration and prevents deformation during high-speed machining.

What spindle specifications are used, and how is the spindle protected from coolant contamination?

The machine features a high-speed BT40 12,000 rpm direct-drive spindle unit. The spindle nose incorporates a labyrinth design paired with an active air curtain protection system, preventing coolant and cutting chips from penetrating the spindle bearings to ensure extended service life.

How does the T-H Series achieve high dynamic precision and axial rigidity?

All three axes are fitted with heavy-duty size-45 linear roller guideways for high rigidity, low friction, and quiet operation. Large-diameter C3-grade pre-tensioned ball screws compensate for thermal growth, supported by self-lubricating bearings and a forced volumetric lubrication system.

How are chip disposal and coolant filtration managed during intensive 3C cavity production?

The T-H Series comes standard with dual-side rear-slope chip flushing and a rear-placed dual-layer filtration coolant tank. This layout provides fast chip discharge, high fluid recovery efficiency, and clean cutting fluid supply for uninterrupted high-volume production.

Which CNC system controls the T-H Series, and what operational features are included?

Powered by a high-performance FANUC CNC system, the T-H Series guarantees outstanding control stability, fast response, and comprehensive auxiliary CNC functions. Paired with a reliable 24-tool arm-type magazine and fully enclosed safety guarding, it provides an optimal blend of operator safety, easy maintenance, and high uptime.

T-H Cross-Slide Series Horizontal Machining Center

Column-fixed cross-slide structure, compact and fast.

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Types of T-H Cross-Slide Series Horizontal Machining Centers

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With one-time clamping and a 0.001° rotary table, arbitrary indexing and simultaneous machining enable milling, drilling, boring, counterboring, reaming, spot facing, tapping, etc. on multiple faces.
The T-H Cross-Slide Series improves machining capability, production efficiency, and capacity while enhancing core competitiveness. The HT-V1165 combined VMC offers automatic 5-face production lines and turnkey solutions, fully serving customers.
The machine features a compact cross-slide table, oversized base, and high-rigidity large-span herringbone column for vibration- and deformation-free high-speed cutting. Resin-sand-cast HT300 iron castings, secondarily aged and FEA-optimized, ensure high rigidity and stability.

Machining Application

The T-H11 horizontal machining center is widely used in precision parts, 5G products, hardware, auto parts, and medical devices. It suits high-mix, small-to-medium batch machining of complex non-ferrous metal parts such as small/medium box-, plate-, disc-, valve-, and housing-type components.

Key Components

High dynamic responsiveness
All three axes use 35-type heavy-duty roller linear guides, offering high load capacity, high rigidity, and low friction. C3-grade high-precision roller screws with a pre-tensioned structure eliminate partial thermal elongation. Large lead, low noise, and fast dynamic response enable 48 m/min high-speed traverse on all three axes for high-speed cutting.
High-Speed Spindle
The spindle is a BT40 direct-coupled spindle at 12,000 rpm, with optional 15,000/18,000/20,000 rpm motorized spindles. Spindle ring coolant plus external cutting-fluid flush improves workpiece quality and tool life. A labyrinth design with air-curtain protection at the spindle front prevents coolant from entering the bearings.
Tool magazine
The machine features a 24T top-mounted tool magazine above the machine, offering good protection and ample internal space to avoid interference from fixture rotation or large workpieces. Optional 32T/40T magazines provide high capacity in a small footprint, enabling flexible automatic tool selection for multi-tool machining.
Chip removal
Standard chip removal features two-sided sloped rear discharge with an internal flushing device. The rear-mounted coolant tank is user-friendly and efficient. A dual-layer tank filtration system provides clean cutting fluid for machining. Optional 3MPa through-spindle coolant; the filtration system is integrated with the tank to save floor space.

Machining Video

HT-H11 Horizontal machining center
T-H8 Horizontal machining center
Maximize throughput and precision with the HT-H11 horizontal machining center

Technical Specifications

Item		Unit	HT-H8	HT-H11	HT-H13
Travel	X axis	mm	800	800	1350
	Y axis	mm	650	650	750
	Z axis	mm	650	600	850
	Workpiece dia.	mm	900	1200	1450
	Max. height workpiece	mm	630	720	950
Table	Table size	mm	400*400	500*500	1630*630
	Max. load	kg	350	500	1200
	Center positioning hole	mm	∅100H7	∅100H7	∅50H7
	Max. speed	rpm	40	40	11.1
	Min. division unit	Deg(°)	0.001	0.001	0.001
Spindle	Motor power	kW	7.5/11	7.5/11	15/18.5
	Motor torque	N.m	35.8/95.5	35.8/95.5	143/191
	Max. speed	r/min	12000(Direct)	12000(Direct)	6000(belt)
	Spindle diameter	mm	∅150	∅150	∅190
	Tool taper	/	BT40	BT40	BT50
Speed	Cutting feed	mm/min	1-10000	1-10000	1-10000
Speed	Rapid speed	m/min	48/48/48	36/36/36	20/20/20
Tool magazine	Tool capacity	pcs	24	24	24

FAQ About T-H Cross-Slide Series

How does single-clamping multi-face processing improve efficiency and precision for 3C components?

With a rotary worktable and workpieces up to 1.3 meters long, the T-H Series performs multi-face, multi-process machining in one setup. This eliminates repeated clamping errors, improves overall accuracy, reduces fixture costs, and uses gravity for superior chip evacuation.
What machine architecture ensures vibration-free cutting during high-speed processing?

The T-H Series adopts a fixed-column cross-slide structure built on high-strength resin-sand iron castings. Featuring an ultra-wide base and a high-rigidity herringbone column, the machine effectively absorbs cutting vibration and prevents deformation during high-speed machining.
What spindle specifications are used, and how is the spindle protected from coolant contamination?

The machine features a high-speed BT40 12,000 rpm direct-drive spindle unit. The spindle nose incorporates a labyrinth design paired with an active air curtain protection system, preventing coolant and cutting chips from penetrating the spindle bearings to ensure extended service life.
How does the T-H Series achieve high dynamic precision and axial rigidity?

All three axes are fitted with heavy-duty size-45 linear roller guideways for high rigidity, low friction, and quiet operation. Large-diameter C3-grade pre-tensioned ball screws compensate for thermal growth, supported by self-lubricating bearings and a forced volumetric lubrication system.
How are chip disposal and coolant filtration managed during intensive 3C cavity production?

The T-H Series comes standard with dual-side rear-slope chip flushing and a rear-placed dual-layer filtration coolant tank. This layout provides fast chip discharge, high fluid recovery efficiency, and clean cutting fluid supply for uninterrupted high-volume production.
Which CNC system controls the T-H Series, and what operational features are included?

Powered by a high-performance FANUC CNC system, the T-H Series guarantees outstanding control stability, fast response, and comprehensive auxiliary CNC functions. Paired with a reliable 24-tool arm-type magazine and fully enclosed safety guarding, it provides an optimal blend of operator safety, easy maintenance, and high uptime.

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