How does the B Series achieve high machining precision and stability?

FEA and dynamic optimization based on accumulated data from more than 110,000 units support a rigid machine structure, while the six-point base support with an extra-large span improves rigidity and vibration resistance.

Which B Series model should I choose?

The models differ mainly in worktable size and axis travel. HT-500B and HT-500B Plus offer 500/400/320 mm travel, while HT-500BH extends the Z-axis travel to 460 mm. HT-600B and HT-700B provide larger X-axis travel of 600 mm and 700 mm respectively for larger workpieces.

How does the B Series support efficient continuous machining?

Its high-speed spindle, fast axis movement, rapid tool changes and inclined base design for efficient chip evacuation work together to shorten machining cycles and support stable, high-efficiency production.

How does the machine structure ensure rigidity and vibration resistance?

The base adopts a six-point support system with an extra-large span, which enhances overall rigidity and anti-vibration performance. Combined with FEA and dynamic optimization, the structure maintains stability during high-acceleration movements (over 1.2G). The large inclined angle of the base also facilitates efficient chip evacuation, preventing chip accumulation and ensuring consistent machining accuracy over long production runs.

How does the 24,000 rpm spindle benefit machining quality and tool life?

The 24,000 rpm high-speed spindle is equipped with ceramic ball bearings, which reduce friction, lower operating temperature, and significantly extend spindle service life compared to conventional steel bearings. The high rotational speed enables superior surface finish on aluminum and other non-ferrous parts, making it ideal for high-precision applications. The direct-drive transmission system further minimizes errors during high-speed tapping, ensuring consistent accuracy.

B Series High-speed Edition Tapping Center

High-speed | High-efficiency | High-precision

Home » Products index » Tapping Centers » B Series High-speed Edition

Types of B Series Tapping Machining Centers

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/HT-500B

Table size: 620×400 mm
X/Y/Z axis travel 500/400/320 mm
Spindle speed: 20-24,000 rpm
Spindle taper: BT30
Tool capacity: 21 pcs
/HT-500BH

Table size: 620×400 mm
X/Y/Z axis travel: 500/400/460 mm
Spindle speed: 20-24,000 rpm
Spindle taper: BT30
Tool capacity: 21 pcs
/HT-500B Plus

Table size: 620×400 mm
X/Y/Z axis travel: 500/400/320 mm
Spindle speed: 20-24,000 rpm
Spindle taper: BT30
Tool capacity: 21 pcs
/HT-600B

Table size: 700×400 mm
X/Y/Z axis travel: 600/390/320 mm
Spindle speed: 20-20,000 rpm
Spindle taper: BT30
Tool capacity: 21 pcs
/HT-700B

Table size: 800×400 mm
X/Y/Z axis travel: 700/400/320 mm
Spindle speed: 20-20,000 rpm
Spindle taper: BT30
Tool capacity: 21 pcs

B Series Highlights

It features high precision, high speed and high rigidity, integrating drilling, tapping, milling and other processing functions.

Based on the accumulated data of 110,000 units, FEA and dynamic optimization design are adopted. The maximum acceleration exceeds 1.2G, ensuring efficient and stable machining.
The 21T tool magazine delivers a 1.1s neighboring tool change time, with 21T, 26T, 30T, and 40T options and a maximum tool length of 300 mm for greater tool flexibility and process integration.
The base adopts six-point support with an extra-large span, enhancing the rigidity and anti-vibration performance of the machine.

Machining Application

Widely applied in the machining of small plate parts, disc parts and shell components for the 3C industry, automotive parts, small molds, medical devices and other related fields.

Key Components

Tool Magazine
Neighboring tool change time of the 21T tool magazine is as fast as 1.1 seconds. 21T/26T/30T/40T tool magazines are available.
Spindle
The 24,000 rpm high-speed spindle satisfies the requirement for high surface finish of machined components. It is equipped with ceramic ball bearings, which significantly extend the service life of the spindle.
Rapid Speed
With a rapid traverse speed of 48 m/min, the machine shortens machining time and improves processing efficiency.
Chip Removal
The base features a large inclined angle for efficient chip evacuation, enabling rapid chip discharge and accelerated coolant flow-back.

Technical Specifications

Item		Unit	HT-500B	HT-500B PLUS	HT-500BH	HT-600B	HT-700B
Travel	X axis	mm	500	500	500	600	700
	Y axis	mm	400	400	400	390	400
	Z axis	mm	320	320	460	320	320
Worktable	Table size	mm	620*400	620*400	620*400	700*400	800*400
Worktable	Max. load	kg	250	250	250	250	250
Spindle	Motor power	kW	3.7/5.5	15/18	3.7/5.5	3.7/5.5	3.7/5.5
	Motor torque	N.m	14.1/21	8.95/11	14.1/21	14.1/21	14.1/21
	Max. speed	r/min	24000	24000	24000	20000	20000
	Spindle taper	/	BT30	BT30	BT30	BT30	BT30
Speed	Cutting feed	mm/min	1-15000	1-15000	1-15000	1-15000	1-15000
Speed	X/Y/Z rapid speed	m/min	48/48/48	48/48/48	48/48/48	48/48/48	48/48/48
Tool magazine	Tool capacity	pcs	21	21	21	21	21
Others	Machine size	mm	169026602320	169026602410	169026202470	188026602310	208026302410
Others	Weight	kg	3100	3100	3300	3100	3150

Common Questions About B Series Tapping Centers

How does the B Series achieve high machining precision and stability?

FEA and dynamic optimization based on accumulated data from more than 110,000 units support a rigid machine structure, while the six-point base support with an extra-large span improves rigidity and vibration resistance.
Which B Series model should I choose?

The models differ mainly in worktable size and axis travel. HT-500B and HT-500B Plus offer 500/400/320 mm travel, while HT-500BH extends the Z-axis travel to 460 mm. HT-600B and HT-700B provide larger X-axis travel of 600 mm and 700 mm respectively for larger workpieces.
How does the B Series support efficient continuous machining?

Its high-speed spindle, fast axis movement, rapid tool changes and inclined base design for efficient chip evacuation work together to shorten machining cycles and support stable, high-efficiency production.
How does the machine structure ensure rigidity and vibration resistance?

The base adopts a six-point support system with an extra-large span, which enhances overall rigidity and anti-vibration performance. Combined with FEA and dynamic optimization, the structure maintains stability during high-acceleration movements (over 1.2G). The large inclined angle of the base also facilitates efficient chip evacuation, preventing chip accumulation and ensuring consistent machining accuracy over long production runs.
How does the 24,000 rpm spindle benefit machining quality and tool life?

The 24,000 rpm high-speed spindle is equipped with ceramic ball bearings, which reduce friction, lower operating temperature, and significantly extend spindle service life compared to conventional steel bearings. The high rotational speed enables superior surface finish on aluminum and other non-ferrous parts, making it ideal for high-precision applications. The direct-drive transmission system further minimizes errors during high-speed tapping, ensuring consistent accuracy.

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