What is the biggest highlight of the Taikan M Series?

The defining feature of the M Series is its exceptional structural rigidity combined with high dynamic efficiency. Built upon a heavy-duty bed with an 8-anchor layout, an ultra-wide H-shaped column, and high-load #45 roller linear guide rails, it achieves outstanding anti-vibration performance and stability during heavy-duty cutting while maintaining fast rapid traverse speeds for high-efficiency batch machining.

What is the primary difference between the M Series and the LM Series?

The main distinction lies in their guide rail structural configurations and application focus. M Series (3-Axis Linear Guide Rails): Uses high-rigidity roller linear guide rails on all three axes (X/Y/Z). It prioritizes rapid acceleration/deceleration, fast traverse rates, high precision, and high efficiency, making it ideal for general precision parts machining and light-to-medium heavy cutting. LM Series (Linear Rails + Z-Axis Box Way): Configured with linear guide rails on the X/Y axes and a heavy-duty rectangular box way on the Z-axis. The Z-axis box way provides superior structural damping and ultimate rigidity under heavy axial forces, making it specifically suited for mold processing, heavy steel cutting, and high-load milling.

How does the base and column structure ensure stability during heavy-duty cutting?

The M Series utilizes a massive base structure equipped with 8 built-in concealed anchors to lower the center of gravity, delivering superior vibration damping and dynamic stability. It features a large-span H-shaped column with a double-layered wall panel design at the bottom, paired with a reinforced spindle box boasting a three-layered wall structure to prevent structural deformation under heavy cutting loads.

How is the Z-axis motion system configured to handle heavy load and maintain accuracy?

The Z-axis is equipped with a nitrogen counterweight balancing device to maintain smooth motion and optimize drive motor load during high-speed travel. The motion system is supported by #45 roller linear guide rails with a 6-slider arrangement on the X and Z axes (or a rectangular box way on the Z-axis for LM models) to maximize rigidity, load-bearing capacity, and deformation resistance.

What makes the M Series worktable resistant to wear and impact during heavy-duty operations?

The worktable adopts a thickened structural design to enhance overall structural strength. Its surface undergoes standard quenching and hardening treatment, providing high surface hardness, superior impact resistance, and excellent resistance to deformation under continuous heavy workloads.

What CNC controller choices and main optional features are available for the M Series?

The M Series supports major control systems including Mitsubishi M80VA/M80VB, FANUC 0i-MF (3B), and Siemens 828D. Key available options include direct-drive spindles (12,000 / 15,000 RPM), HSK-A63 motorized spindles (20,000 RPM), Coolant Through Spindle (CTS up to 7MPa), 4th/5th-axis rotary tables, optical grating scales, tool setters, and automatic door systems.

M Series Heavy-duty Cutting Vertical Machining Center

The Masterpiece for Heavy-Duty Cutting: Unmatched Structural Integrity

Home » Products index » Vertical Machining Centers » M Series Heavy-duty Cutting

Types of M Series Vertical Machining Centers

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/HT-V850M

Table size: 1,000×500 mm
X/Y/Z axis travel: 850/550/550 mm
Spindle speed: Belt 8,000 rpm
Spindle taper: BT40
Tool capacity: 24 pcs
/HT-V1055M

Table size: 1,100×550 mm
X/Y/Z axis travel: 1,020/550/500 mm
Spindle speed: Belt 8,000 rpm
Spindle taper: BT40
Tool capacity: 24 pcs
/HT-V1165M

Table size: 1,200×650 mm
X/Y/Z axis travel: 1,100/650/600 mm
Spindle speed: Belt 8,000 rpm
Spindle taper: BT40
Tool capacity: 24 pcs
/HT-V1370M

Table size: 1,400×700 mm
X/Y/Z axis travel: 1,300/700/700 mm
Spindle speed: Belt 8,000 rpm
Spindle taper: BT40
Tool capacity: 24 pcs

M Series Highlights

For applications requiring high material removal rates in hardened steel and cast iron, the M Series VMC is the definitive heavy-duty machining solution.

Heavy-Duty Base for Maximum Stability
Massive base, concealed anchor support, and low center of gravity deliver exceptional rigidity, vibration damping, and overall stability.
High-Rigidity Structure for Precision Preservation
Large-span H-shaped column, double-wall base design, and reinforced spindle box provide strong deformation resistance during heavy-duty cutting.
8000 RPM Spindle for Rigid Cutting Performance
Belt-driven 8000 RPM spindle combines high cutting rigidity with stable machining performance.

Machining Application

The M series high-rigidity vertical machining center features enhanced dynamic responsiveness for high-speed, high-rigidity cutting operations. It's capable of cutting various types of metal or non-metal materials, delivering high machining precision and excellent surface finishing quality. High-speed machining and batch processing capabilities are suitable for applications in 5G communication, hardware, and valve body manufacturing; also suitable for high-speed machining of aluminum and heavy-duty cutting operations of cast iron, steel and other materials.

Key Components

Structure
The machine adopts a stationary design and cross-slide configuration. Featuring an exceptionally large, stable base and a high-rigidity, wide-span inverted T-shaped column, the frame enables high-speed cutting without vibration or deformation.
Worktable
The thickened worktable enhances overall strength The surface undergoes standard quenching and hardening treatment, resulting in high surface hardness, superior impact resistance, and exceptional resistance to deformation.
Spindle
The spindle is a high-speed spindle unit from Taikan, featuring a BT40-8,000 r/min belt head; the front end of the spindle adopts a labyrinth design with air curtain protection to prevent cutting fluid from entering the spindle bearing.
Guide rail
All three axes are equipped with #45 roller guide rails, and the X/Z-axis uses 6 sliders, ensuring strong load-bearing capacity and sufficient processing rigidity.

Machining Video

Taikan T-V1165M Vertical machining center
T-V850M Heavy duty cutting
T-V850M Vertical machining center

Technical Specifications

Item		Unit	HT-V855S	HT-V856S	HT-V857S	HT-V1055S
Travel	X axis	mm	850	800	800	1000
	Y axis	mm	550	550	550	550
	Z axis	mm	550	600	700	600
Worktable	Table size	mm	1000*500	1000*500	1000*500	1100*500
	Max. load	kg	600	500	500	500
	T-slot	mm	5-18*100	5-18*100	5-18*100	5-18*125
Spindle	Motor power	kW	11/15	11/15	11/15	11/15
	Motor torque	N.m	52.5/118	52.5/118	52.5/118	52.5/118
	Speed range	r/min	50~8000(belt)	50~8000(belt)	50~8000(belt)	50~8000(belt)
	Spindle diameter	mm	∅150	∅150	∅150	∅150
	Spindle taper	/	BT40	BT40	BT40	BT40
Speed	Cutting feed	mm/min	1-10000	1-10000	1-10000	1-10000
Speed	X/Y/Z rapid speed	m/min	36/36/30	36/36/30	36/36/30	36/36/30
Tool magazine	Tool capacity	pcs	24	24	24	24
Others	Z counterweight	/	/	/	Nitrogen balance	Nitrogen balance
	CNC system	/	Mitsubishi	Mitsubishi	Mitsubishi	Mitsub6000
	Machine size	mm	225031702889	265031702890	270034802970	316036433110
	Weight (approx.)	kg	6000	6200	7200	7500

FAQ About M Series with Excellent Rigidity

What is the biggest highlight of the Taikan M Series?

The defining feature of the M Series is its exceptional structural rigidity combined with high dynamic efficiency. Built upon a heavy-duty bed with an 8-anchor layout, an ultra-wide H-shaped column, and high-load #45 roller linear guide rails, it achieves outstanding anti-vibration performance and stability during heavy-duty cutting while maintaining fast rapid traverse speeds for high-efficiency batch machining.
What is the primary difference between the M Series and the LM Series?

The main distinction lies in their guide rail structural configurations and application focus.

M Series (3-Axis Linear Guide Rails): Uses high-rigidity roller linear guide rails on all three axes (X/Y/Z). It prioritizes rapid acceleration/deceleration, fast traverse rates, high precision, and high efficiency, making it ideal for general precision parts machining and light-to-medium heavy cutting.

LM Series (Linear Rails + Z-Axis Box Way): Configured with linear guide rails on the X/Y axes and a heavy-duty rectangular box way on the Z-axis. The Z-axis box way provides superior structural damping and ultimate rigidity under heavy axial forces, making it specifically suited for mold processing, heavy steel cutting, and high-load milling.
How does the base and column structure ensure stability during heavy-duty cutting?

The M Series utilizes a massive base structure equipped with 8 built-in concealed anchors to lower the center of gravity, delivering superior vibration damping and dynamic stability. It features a large-span H-shaped column with a double-layered wall panel design at the bottom, paired with a reinforced spindle box boasting a three-layered wall structure to prevent structural deformation under heavy cutting loads.
How is the Z-axis motion system configured to handle heavy load and maintain accuracy?

The Z-axis is equipped with a nitrogen counterweight balancing device to maintain smooth motion and optimize drive motor load during high-speed travel. The motion system is supported by #45 roller linear guide rails with a 6-slider arrangement on the X and Z axes (or a rectangular box way on the Z-axis for LM models) to maximize rigidity, load-bearing capacity, and deformation resistance.
What makes the M Series worktable resistant to wear and impact during heavy-duty operations?

The worktable adopts a thickened structural design to enhance overall structural strength. Its surface undergoes standard quenching and hardening treatment, providing high surface hardness, superior impact resistance, and excellent resistance to deformation under continuous heavy workloads.
What CNC controller choices and main optional features are available for the M Series?

The M Series supports major control systems including Mitsubishi M80VA/M80VB, FANUC 0i-MF (3B), and Siemens 828D. Key available options include direct-drive spindles (12,000 / 15,000 RPM), HSK-A63 motorized spindles (20,000 RPM), Coolant Through Spindle (CTS up to 7MPa), 4th/5th-axis rotary tables, optical grating scales, tool setters, and automatic door systems.

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