Cnc Vertical Computer Numerical Control Machines With Belt Driven Spindle

1. Table Size: 1000*500mm
2. Type: Vertical Machining Centers, VMC Machining Center
3. System: MITSUBISHI / FANUC Controller
4. Spindle Type: Belt Driven Spindle
5. Dimension(L*W*H): 2500x2160x2600 mm
6. Guideway Type: Linear Guide Way
7. Power(W): 7.5 KW / 11KW
8. Function: High Speed Madding And Engraving

 

 

CNC Vertical Computer Numerical Control Machines with Belt Driven Spindle

Featured with:

• Full guarding: The sealed roof complies with environmental requirements ensuring oil mist during the processing won’t bring air pollution to the workshop.
• Spindle cooling system: Research show that spindle cooling system can well protect the spindle during fast speed rotation or long time processing from generating too much heat.
• Oil-water separator: This separator ensures that lubricating oil and cutting fluid can be separated to keep cutting fluid clean. This can also prolong service time of the cutting fluid and help the work piece surface clean and bright.

 

Excellent for high speed madding and engraving

 

The HS-850HE is based on an effective principle of delivering customer value with low investment costs combined with high production output. This goal is achieved by spindle speeds of 10,000 rpm, high rapid traverse speeds of 48m/min. and a 16/24 tool magazine with a double gripper for tool exchange times of 1.6 seconds. The sturdy, cast-iron C-frame design ensures maximum rigidity and provides the basis for high milling precision. Digitally controlled drives combined with linear guide ways lead to short positioning times with the highest degree of precision. CNC controls with your choice of Mitsubishi or Fanuc, allow you to finish your work piece in the shortest possible time.

 

 

Specifications:

 

Item	HS-850HE	Unit
X Axis Travel	800	mm
Y Axis Travel	500	mm
Z Axis Travel	500	mm
Table Size	1,000x500	mm
T-slot Size	5x18x105	mm
Max. Load on Table	450	kg
Spindle Taper	BT-40	#
Spindle Speed	50-10,000	rpm
Spindle Nose Table Surface	110-610	mm
Spindle Center to Column Surface	550	mm
Spindle Power	7.5(11)	kw(HP)
Spindle Torque	47.7	N.M
X/Y Axis Rapid Traverse	48,000/48,000	mm/min
Z Axis Rapid Traverse	48,000	mm/min
X,Y,Z Feed Rate of Cutting	1-10,000	mm/min
3 Axis Motor Power	1.5/1.5/2	kw
Max. Tool Weight	7	kg
MAX. Tool Length	300	mm
Max. Tool Diameter	75/150	mm
Positioning Precision	±0.005/300	mm
Repeating Positioning Precision	±0.003/300	mm
Controller	MITSUBISHI / FANUC / SIEMENS
Coolant Tank Capacity	150	L
Pneumatic Source Requirement	6-7	kg/cm2
Power Requirement	18	KVA
Machine Weight	5,800	kg
Machine Size	2,500x2,160x2,600	mm

 

 

Options available:

1. MITSUBISHI / FANUC Controller

2. 24-tool changer / 16-tool changer,

3. Chip conveyor screw type / linear type

4. Direct-drive spindle (10,000rpm/15,000rpm see details in model HS-650HD)

 

 

Competitive Advantage:

 

Standard machine has coil-type chip conveyors The coil-type chip conveyors are capable of removing a large amount of chips from the machine promptly. The special designed chip delivering channel is one-piece fabricated.

 

The machine is casted from high rigid cast through a series of procedures from back fire of blast furnace, normalizing, high frequency heat treatment to precision grinding process.

 

The spindle, bearings and gear employ forced cooling system to effectively avoid thermal deformation on the spindle, and assure outstanding machining accuracy.

 

The X,Y axis are transmitted through class C3 high precision ball screws. The ball screw cooling system combined with temperature sensor that provides excellent cooling effect for ball screws and bearings. This feature avoids thermal deformation on the ball screws, and achieves high positioning and repeatability accuracy on X,Y axis.(option)

 

Easy to maintain

In order to improve the operating efficiency, routinely inspected air and oil-related equipments are collectively located respectively

 

High-tech laser calibration when installing the ball screws and linear ways, a laser unit is applied for calibration to ensure geometric accuracy.