SHENYANG(SMTCL) Vertical Machining Center VMC1300B

Product description:

The VMC1300B is a classic machine with a very competitive price/performance ratio.

The VMC1300B vertical machining centre is mainly used for machining plates, discs, shells, moulds and other parts with high precision, many processes and complex shapes. It can continuously complete milling, drilling, reaming, reaming, boring, tapping and accurate machining of 2D and 3D surfaces and bevels in a single clamping, and the machining is programmed to shorten the production cycle, thus enabling users to obtain good economic benefits.

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Product Detail

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Specification

Items		Unit	VMC1300B
Table
Table size		mm	1400×700
Slot size		mm	18×5
Max. Loading		kg	1000
Working range
X axis travel		mm	1300
Y axis travel		mm	700
Z axis travel		mm	700
Max. distance between spindle nose to working table		mm	850
Min.distance between spindle nose to working table		mm	150
Spindle
Tapper		-	BT40	BT50
Spindle speed		r/min	10000	6000
Main motor torque		N.m	52.5	71.6
Main motor power		kW	11/15	15/18.5
Feeding
Feeding speed		mm/min	1-10000
Rapid feeding x/y/z		m/min	24/24/20
Magazine
Magazine type		-	ATC
Magazine capacity		piece	24	20
Max.tooling length		mm	300	300
Max.tooling weight		kg	7	15
Max.tooling diameter	Full	mm	Φ80	Φ133
	Near	mm	150	250
Tooling change time		s	2.5	3.5
Positioning
X axis		mm	0.010
Y axis		mm	0.008
Z axis		mm	0.010
Repeatability
X axis		mm	0.008
Y axis		mm	0.006
Z axis		mm	0.008
General electricity capacity		kVA	37
Air pressure		Mpa	0.5-0.7
Machine dimensions and weight
Dimensions(L×W×H)		mm	5026 ×2970 ×3361
Weight		kg	9500
Controller		-	FANUC

The VMC1300B vertical machining centre is one of the products developed by our company with independent intellectual property rights. The extra wide bed design ensures the machine has the best support and stability, and the bed adopts a large bevel structure and a split guard for the Y-axis, making chip removal easy and fast. It provides the perfect solution for the processing of components in many industries.

The machine tool adopts electromechanical integration structure and applies 3D design software (Pro/E) and finite element analysis software (Ansys) to optimize the design, which makes the machine structure design more reasonable and the machine rigidity, precision maintenance and reliability close to perfection. Through the introduction of advanced design concepts and scientific design methods, the shortcomings that cannot be avoided by traditional design have been solved.