FANUC 31i-B5 CNC Control 4000 RPM DN Solutions Puma SMX3100LS 7 Axis

DN Solutions Puma SMX3100LS
2024

Capacity
Swing over bed: 26.0”
Recom. turning diameter: 12.4”
Max. turning diameter: 26.0”
Max. turning length: 100.0”
Chuck work weight (include chuck): 1102.3 lbs
Shaft work weight (include chuck): 2204.6 lbs
Bar working diameter: 4.0”

Travels
X-axis Travel Distance: 24.8” (-4.9/+19.9)
Y-axis Travel Distance: 11.8” (±5.9)
Z-axis Travel Distance: 101.8”
A-axis Travel Distance: 98.4”
B-axis Travel Distance: deg 240 (±120)
C1-axis / C2-axis: deg 360 / 360

Left spindle
Max. spindle speed: 3000 RPM
Spindle motor power: 40.2/33.5 HP (S2 30min/S1 Cont.)
Spindle nose: ASA A2-11
Spindle through hole: 4.5”
Min. spindle indexing angle (C1-axis) : 0.0001 Deg

Right spindle
Max. spindle speed: 4000 RPM
Spindle motor power: 40.2/33.5 HP (S2 30min/S1 Cont.)
Spindle nose: ASA – A2-8
Spindle through hole: 3.6”
Min. spindle indexing angle (C2-axis) : 0.001 Deg

Milling spindle
Max. spindle speed: 12,000 RPM
Milling spindle motor power 34.9/24.8/20.1 HP (2.5min/10min/Cont.)
Min. spindle indexing angle (B-axis): 0.001 Deg
Automatic tool changer
Tool storage capacity: 80
Tool shank: CAPTO C6

Equipped With (subject to buyer verification):
FANUC 31i-B5 CNC Control
Turbo side discharge chip conveyor
ChipBlaster, 1,000 psi, variable, 2-8gpm
ChipBlaster coolant chiller
LNS Fox Mist collector WS2-1012
Steady Rest K5.1-Z LNS K5.1-Z, 3.94″-16.14″ capacity
REN-RMIQ-SW-1 Renishaw RMI-Q radio receiver
RMP600-C6-DIA Renishaw RMP 600 Capto C6 probe
Y-axis linear scales
Z-axis linear scales
80 ATC
(2) 15” Chucks
Fanuc Option for Gear Skiving
SMX3100LS multi-task milling/turning centers are designed for heavy and interrupted
cutting, long-term high accuracy and superior surface finishes. High speed tool change
with fast rapid traverse rates minimize non-cutting time. C-axis contouring, Y-axis offcenter
and B-axis any-angle milling/drilling allow for single set-up completion of highly
complex work pieces. Integral motors on both left and right spindles provide improved
performance and flexibility. Multi-tasking capabilities increase productivity and provide
for just-in-time production requirements by reducing lead time, changeover time, set-up
time, and time between operations.