CINCOM L32 SERIES
L32 VIII / L32 X / L32 XII
With a legacy as one of the best-selling Cincom machines, this next generation L32 is launched with 3 models in a modular design.
Ranging from a 5-axis machine with excellent cost performance to a high-end machine equipped with a B-axis and back tool post Y-axis, you can select the machine according to the functions you require. A wide range of modular tooling ensures that the L32 is both versatile and flexible to meet your production needs well into the future.
The L32 series features the ALL axis Simultaneous Cincom System M70 Control (Mitsubishi Meldas 70LPC) and boasts a user-friendly editing function which utilizes multi-line, multi-axes programming along with superimposed and synchronized control. In addition, one bar loader axis (A7) can make easy work of your toughest applications.
Additional Details
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All three models handle both long and short workpieces with maximum efficiency by easily switching between guide bushing and non-guide bushing mode.
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A Seven Cutting Axes model (X1, Y1, Z1, X2, Z2, C1, C2) with excellent cost performance.
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With Eight Cutting Axes (X1, Y1, Z1, X2, Y2, Z2, C1, C2) the type X offers a wide range of modular tooling making it both versatile and flexible enough to meet your production demands.
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Stable, powerful and highly productive this high-end model includes nine Cutting Axes (X1, Y1, Z1, X2, Y2, Z2, C1, C2, B). Up to 40 tools can be mounted at any one time supported by a very high level of control features.
Standard NC Functions
CINCOM SYSTEM M70LPC-VU (Mitsubishi)
8.4 inch color LCD
USB slot
Program storage capacity: 80 m (approx. 32 KB)
Tool offset pairs : 80
Product counter indication (up to 8 digits)
Operating time display function
Machine operation information display
Multiple repetitive cycle for turning
B-axis control function (type XII)
Back spindle chasing function
Interference check function
Synch tapping phasing function
Spindle speed change detector
Constant surface speed control function
Automatic power-off function
On-machine program check function
Chamfering, corner R
Nose radius compensation
Eco indication
Variable lead thread cutting
Arc threading function
Geometric functions Spindle synchronized function
Spindle C-axis function
Back spindle C-axis function
Milling interpolation
Canned cycle drilling
Rigid tapping function
High speed Rigid tapping function
Differential speed rotary tool function
Tool life management I
Tool life management II
External memory program driving
User macros
Helical interpolation function
Slant helical interpolation function
Hob function
Polygon function
Inch command
Sub inch command
Network I/O function
Optional NC Functions
Optional block skip (9 sets)
Back machining program skip function
Program storage capacity 600 m (approx. 240 KB)
Standard Accessories
Main spindle chucking unit
Back spindle chucking unit
Rotary guide bushing unit
Gang rotary tool driving unit
Coolant unit (with level detector)
Lubricating oil supply unit (with level detector)
Machine relocation detector
Door lock
Cut-off tool breakage detector
Workpiece separator
Lighting
Main spindle coolant unit
Front rotary tool unit (Type X, XII)
Back tool post rotary unit
Optional Accessories
Knock-out jig for through-hole workpiece
Chip conveyor
Back rotary tool unit (type VIII)
Coolant flow rate detector
Signal lamp
3-color signal tower
Front rotary tool unit
Machine Specifications
Type VIII:
Model number
Max. machining diameter (D)
Max. machining length (L)
Spindle through-hole diameter
Main spindle speed
Max. chuck diameter of back spindle
Max. protrusion length of back spindle workpiece
Max. protrusion length
Back spindle speed
Gang rotary tool spindle speed
Front rotary tool (OP): Spindle speed
Back tool post rotary tool (OP VIII): Spindle speed
Number of tools to be mounted (max.)
Gang turning tool
Gang rotary tool
Front drilling tool
Back drilling tool
Tool size: Gang turning tool
Tool size: Sleeve
Chuck and bushing: Main spindle collet chuck
Chuck and bushing: Back spindle collet chuck
Chuck and bushing: Rotary tool collet chuck
Chuck and bushing: Chuck for drill sleeves
Chuck and bushing: Guide bushing
Rapid feed rate: All axes (except Y2)
Rapid feed rate: Y2 axis
Motors: Spindle drive
Motors: Gang tool post rotary tool drive
Motors: Back spindle drive
Motors: Back tool post rotary tool drive
Motors: Front rotary tool drive
Motors: Coolant oil
Motors: Lubricating oil
Center height
Rated power consumption
Full-load current
Main breaker capacity
Air pressure & air flow rate for pneumatic devices
Weight
L32-1M8
∅ 32 mm (∅ 38 option)
GB:320 mm/1chucking NGB: 2.5D
∅ 39 mm
Max.8,000 min–1
∅ 32 mm
30 mm
80 mm
Max.8,000 min–1
Max. 6,000 min–1 (Rating 4,500 min–1)
Max. 6,000 min–1 (Rating 3,000 min–1)
Max. 6,000 min–1 (Rating 3,000 min–1)
19~30
6
4~6
4~9
5~11
5/8″
1″
TF37SP (TF43: ∅ 38 spec)
TF37SP (TF43: ∅ 38 spec)
ER11, ER16
ER11, ER16
TD32 (STM38: ∅ 38 spec)
32 m/min
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3.7/7.5 kW
1.0 kW
2.2/3.7 kW
1.0 kW
1.0 kW
0.4 kW
0.003 kW
1,050 mm
13.2 kVA
32 A
60 A
0.5 MPa, 64.2 NL
6,283 lb
Type X:
L32-1M10
∅ 32 mm (∅ 38 option)
GB:320 mm/1chucking NGB: 2.5D
∅ 39 mm
Max.8,000 min–1
∅ 32 mm
30 mm
65 mm
Max.8,000 min–1
Max. 6,000 min–1 (Rating 4,500 min–1)
Max. 6,000 min–1 (Rating 3,000 min–1)
Max. 6,000 min–1 (Rating 3,000 min–1)
24~44
6
5~13
4~16
9~20
5/8″
1″
TF37SP (TF43: ∅ 38 spec)
TF37SP (TF43: ∅ 38 spec)
ER11, ER16
ER11, ER16
TD32 (STM38: ∅ 38 spec)
32 m/min
24 m/min
3.7/7.5 kW
1.0 kW
2.2/3.7 kW
1.0 kW
1.0 kW
0.4 kW
0.003 kW
1,050 mm
13.2 kVA
32 A
60 A
0.5 MPa, 64.2 NL
6,393 lb
Model number
Max. machining diameter (D)
Max. machining length (L)
Spindle through-hole diameter
Main spindle speed
Max. chuck diameter of back spindle
Max. protrusion length of back spindle workpiece
Max. protrusion length
Back spindle speed
Gang rotary tool spindle speed
Front rotary tool (OP): Spindle speed
Back tool post rotary tool (OP VIII): Spindle speed
Number of tools to be mounted (max.)
Gang turning tool
Gang rotary tool
Front drilling tool
Back drilling tool
Tool size: Gang turning tool
Tool size: Sleeve
Chuck and bushing: Main spindle collet chuck
Chuck and bushing: Back spindle collet chuck
Chuck and bushing: Rotary tool collet chuck
Chuck and bushing: Chuck for drill sleeves
Chuck and bushing: Guide bushing
Rapid feed rate: All axes (except Y2)
Rapid feed rate: Y2 axis
Motors: Spindle drive
Motors: Gang tool post rotary tool drive
Motors: Back spindle drive
Motors: Back tool post rotary tool drive
Motors: Front rotary tool drive
Motors: Coolant oil
Motors: Lubricating oil
Center height
Rated power consumption
Full-load current
Main breaker capacity
Air pressure & air flow rate for pneumatic devices
Weight
Type XII:
L32-1M12
∅ 32 mm (∅ 38 option)
GB:320 mm/1chucking NGB: 2.5D
∅ 39 mm
Max.8,000 min–1
∅ 32 mm
30 mm
65 mm
Max.8,000 min–1
Max. 6,000 min–1 (Rating 4,500 min–1)
Max. 6,000 min–1 (Rating 3,000 min–1)
Max. 6,000 min–1 (Rating 3,000 min–1)
30~40
6
7~11
4~9
13~19
5/8″
1″
TF37SP (TF43: ∅ 38 spec)
TF37SP (TF43: ∅ 38 spec)
ER11, ER16
ER11, ER16
TD32 (STM38: ∅ 38 spec)
32 m/min
24 m/min
3.7/7.5 kW
1.0 kW
2.2/3.7 kW
1.0 kW
1.0 kW
0.4 kW
0.003 kW
1,050 mm
13.2 kVA
32 A
60 A
0.5 MPa, 64.2 NL
6,393 lb
Model number
Max. machining diameter (D)
Max. machining length (L)
Spindle through-hole diameter
Main spindle speed
Max. chuck diameter of back spindle
Max. protrusion length of back spindle workpiece
Max. protrusion length
Back spindle speed
Gang rotary tool spindle speed
Front rotary tool (OP): Spindle speed
Back tool post rotary tool (OP VIII): Spindle speed
Number of tools to be mounted (max.)
Gang turning tool
Gang rotary tool
Front drilling tool
Back drilling tool
Tool size: Gang turning tool
Tool size: Sleeve
Chuck and bushing: Main spindle collet chuck
Chuck and bushing: Back spindle collet chuck
Chuck and bushing: Rotary tool collet chuck
Chuck and bushing: Chuck for drill sleeves
Chuck and bushing: Guide bushing
Rapid feed rate: All axes (except Y2)
Rapid feed rate: Y2 axis
Motors: Spindle drive
Motors: Gang tool post rotary tool drive
Motors: Back spindle drive
Motors: Back tool post rotary tool drive
Motors: Front rotary tool drive
Motors: Coolant oil
Motors: Lubricating oil
Center height
Rated power consumption
Full-load current
Main breaker capacity
Air pressure & air flow rate for pneumatic devices
Weight
LFV Technology
We provide next-generation machining tools to greatly reduce or eliminate a host of chip-related problems during cutting, taking your productivity to the next level.
LFV technology stands for low frequency vibration cutting. The servo axes are vibrated in the axial direction using a unique control technology where by cutting is performed while synchronizing
this vibration with the rotation of the spindle. This cutting method introduces regular "air-cutting" into the cycle, breaking up of chips into very small pieces making it the optimum processing method
for difficult-to-machine materials.