Top Seller
38" X90.6" New Dah-Lih Vertical
Location:
Navasota, TX
Manufacturer:
MAS machining centers
Model:
MCV 2100
Spindle Taper:
# 50
Control:
Oi MD

Specifications

Condition:
new
Stock number:
NM08513
Device:
$3,800.00
Height:
140.5"
Control:
Oi MD
Pendent:
Yes
Scaling:
Yes
Air blast:
Yes
Electical:
220 Volts / 60 Hertz / 3 Phase
Feed rate:
0.04 To .394 Min.
Table load:
6,600 Lbs.
Table size:
38" X 90.6"
Work light:
Yes
Oil skimmer:
$1,200.00
Tool setter:
$8,800.00
Tool weight:
33 Lbs.
40 tools atc:
$9,800.00
Cat 50 taper:
Yes
Tool section:
Random / Bi-Directional
Fanuc 31 i mb:
$18,000.00
Rigid tapping:
Yes
Spindle feeds:
.04 To .394 IPM
8.4" color lcd:
Yes
Full enclosure:
Yes
Heat exchanger:
Yes
Machine weight:
41,600 Lbs.
Spindle speeds:
60 To 6,000 Rpm's
Graphic display:
Yes
Program restart:
Yes
Spindle chiller:
Yes
Data server 2 gb:
$2,000.00
Main motor 35 hp:
$2,000.00
Rapid traverse z:
315 IPM
Air / coolant gun:
Yes
Bed wash function:
$1,800.00
Power consumption:
42 KVA
Spindle taper cat:
# 50
+ data server 2 gb:
$4,800.00
Main spindle motor:
30 Hp. 220 Volts
Power coolant pump:
$750.00
4th. axis interface:
Yes
Maximum tool length:
4.3 X 13.8"
Table travel x axis:
82.7"
Table travel y axis:
34"
Tool retention stud:
MAS-1 45 Degrees
Drive motors x,y & z:
5.4 / 9.4 / 5.6 Hp.
Fanuc oi md controlq:
Yes
Tool off set 99 pair:
Yes
Automatic lubrication:
Yes
Helical interpolation:
Yes
6,000 rpm gear spindle:
Yes
Automatic tool changer:
32
Spiral type chip auger:
Yes
(w/o increase z travel):
$4,000.00
Box ways x / y / z axis:
Yes
Minimum input increment:
0.0001
Programmable date input:
Yes
Tool length measurement:
Yes
Transformer 220 v / 480:
$2,000.00
Polar coordinate command:
Yes
40 tool block look a head:
Yes
Automatic corner override:
Yes
Floor space front to back:
185"
Floor space right to left:
303"
Programmable mirror image:
Yes
T-slots (size/amt./pitch):
0.866"/ 5" / 5.91"
Coolant around the spindle:
Yes
Coordinate system rotation:
Yes
Spindle head travel z axis:
30"
Distance table top to floor:
37.4"
Positioning / repeatability:
+/- 0.0002"/ +/- 0.0001"
Rapid traverse x and y axis:
.591 IPM
Spindle center to column way:
33.5"
Tool off set amount memory b:
Yes
200 block look ahead function:
$4,000.00
Aicc ll, 200 block look ahead:
$2,000.00
Coolant thru spindle (700 psi):
$3,000.00
2mb part program storage length:
$2,400.00
Flat type chip conveyor & wagon:
Yes
Run hour ands part count display:
Yes
Spindle nose to table min. / max:
7.8" To 37.8"
Coolant thru the spindle (280 psi):
Yes
Optional angle chamfering corner r:
Yes
Part program storage length 1280 m:
Yes
Renishaw automatic centering device:
$9,800.00
Automatic tool length measuring device:
$2,800.00
Ahead function + manual guide i function:
$3,200.00
Cat 40 / 12,000 rpm direct drive spindle:
$7,000.00
Cat 40 / 15,000 rpm direct drive spindle:
$10,000.00
Cat 50 / 10,000 rpm direct drive spindle:
$12,000.00
Heidenhain liner scales for x and y axis:
$13,000.00
Hsk 50 / 10,000 rpm direct drive spindle:
$16,000.00
Data server + aicc ll, 200 block look ahead:
$3,600.00
Heidenhain liner scales for x, y and z axis:
$17,400.00

Description

Equipped With:
MAIN FEATURES: This machining center, with a weight of 41,600 pounds, has been designed and built of heavy- duty construction, in order to provide the capabilities of hard metal machining , at extremely accurate tolerances. HEADSTOCK 1. The Headstock casting is a box type construction, which provides maximum rigidity and ensures stable heavy machining. 2. The Fanuc AC spindle motor connects directly into the two (2) speed gear box input shaft. A wide range of spindle speed enables heavy cutting at either high or low speeds. 3. The Spindle head is equipped with a nitrogen counter balance system, which provides smooth Z axis travels, thus reducing wear on the ball screw, while maintaining the machine's high accuracy. 4. The machine is equipped with a "Long Nose Spindle" design for easy fixture and spindle/work piece clearance. This design provides more efficiency and accuracy when cutting complicated part configurations. This feature allows the use of relative short tools to carry out heavy duty machining. The "Long Nose Spindle" design, is also a remarkable advantage, especially when machining stair-shaped work pieces. . 5. The tool knocking device with floating design features a buffering function which not only fully avoids damage to the spindle and bearings during tool release, but it also extends the service life of the spindle. The tool knocking motion is actuated by an air cylinder for efficient tool release. 6."Coolant thru spindle" is available for deep hole drilling, easy chip removal, and to provide the best possible machined surface finishes. 7. The high performance heat exchanger ensures a constant temperature inside the control cabinet. It provides protection for electronic components, controller and motor driver. 8. The coolant jets around the spindle effectively remove heat from the cutting tool and the work piece ,and ensure high cutting accuracy. 9. A "spindle oil cooler" is equipped to prevent the spindle from getting variation & thermal deformation. COLUMN, BED & SADDLE: 1. The machine bed structure is designed by using the Finite Element Method (FEM) , an element analysis technique. This technique results in a well-designed bed, that is necessary for high rigidity & and high speed cutting capabilities. 2. The bed and saddle castings are provided with oversized ribs for good rigidity and to prevent deformation . Wide slide ways allow heavy cutting and retain accuracy even at continuous and rapid traverse movement. Extra high precision, large diameter (2.48") ball screws, are provided on all the axes. The ball screws are located at the center of the slide ways and are coupled directly to the AC servo motors to eliminate cutting resistance. 4. All of the 3 axes ball screws are mounted with the servo motor on one side, and the support on the other, to ensure that no vibrations exist during ball screw rotation. 5. An automatic centralized lubrication system is standard, which provides intermittent lubrication to all s