Mori seiki sl 2/3 cnc lathe

Mori seiki CNC LATHE 2/3

We are proud to announce the SL-2/3 series of precision lathes born from years of Mori Seiki experience in the field of inechatronics. These lathes offer high precision plus stable, dependable, heavy-duty machining performance for a wide range of industrial applications that run from manufacturing components for the aerospace and automotive industries to machine tool and electronics manufacture.
Now incorporating high-speed tool post indexing, the SL-2/3 delivers higher leveis of productivity, enhancing its reputation as a super-efficient high-speed CNC lathe.
The flexíble, balanced CNC SL-2/3 can be easily integrated into a Factory Automation system for increased gaíns in productivity in automated manufacturing lines. Deliveríng absolute precision, productivity, and dependability, the SL-2/3 is now gainíng well-earned
acceptance throughout the industrial world.
om more sfable, turning plus super fasf
High-Ѕpeed Tool lndexing That s Tops in its Class
Faster, moгe efficient tool índexíng has been achieved by movíng the tool from the nearest indexed position to the workpiece. This ís made possíble through a 12-station turret B-type 10-station that sprogram controlled ín a non-stop, random select indexing pattern.
The hydraulic motor and index pin control tool indexing to the 1st statíon ín seconds or to the 6th statíon in a fast seconds 12-statíon type , the fastest in the SL-2/3 class. The benefits of high-speed indexing lie in ímproved productivity gaíned from reducing the tíme spent positíoning the tool duríng non-cutting intervals.
Because the lathe uses the precision Mori Seiki 210mm Curvic Couplíng, hígh levels of accuracy are maintained, even during 1on processing runs.

Gearless Headstock Design Dissapates Heat spindle RPM Output Performance Curve
A spindle design incorporates a precísíon grease-type bearíng system that has totally eliminated gearing. Thís design dramatícally reduces dímensíonal fluctuatíons resultíng from heat buíldup at the headstock. Thís also means that vibration and noise are reduced
to províde more stable, continuous high-speed operation with unwaveríng precision. Because the headstock, like the carriage and cross slíde, ís positioned vertically to the bed, heat from the spindle does not induce radíal variations in headstock posítíon. These
desígn ímprovements have resulted in greatly upgraded turníng accuracy.

Stable, Powerful Spindle Performance
An advanced brush-less and maintenance-free AC spindle motor assures stable torque output while reducing energy consumption.
Transítorized inverter motor control means that workpíece surface speeds stay constant at the optimum RPM settíng for fíner cuttíng, better workpiece finísh, and longer tool life.
The 11/15kw AC (contínuous/30min) inverter-controiIed motor utilizes
a 2-step control system whích ensures that full torque ís always applied from the lowest to the highest turníng speeds. Thís results in optímum machining performance that upgrades qualíty and productívity for all types of jobs.
Unítízed S1ant-Bed Construction
Heavy-duty turníng ís arnpIy supported by a super-rigid desígn that integrates the legs and bed into a strong one-piece unít. A forced
oil lubrication system assures that precision ís maíntained throughout long machíning operations. The unique 45° slant-bed confíguratíon helps dírect large volumes of chip waste off of the lathe while also allowíng easíer work setup and removal.
Compact Mechanicals and Electronícs
The NC control unit, power supply board, and hydraulic unit of the SL-2/3 lathes have been íncorporated into a compact, síngle unit design. As a result, floor space ís reduced and lathe ínstallation ís símplífied. Thís síngle-unit constructíon also adds to machine
relíability and simplifíes maíntenance and servíce procedures.
The all-new control panel is now posítioned 160mm closer to the lathe's front surface (Automatíc Conversational Programming type ís 275mm closer) to enhance operatíon and províde a further reduction in requíred floor space.

Handlíng Robot
The robot automatically loads and unloads workpieces for unmanned machíning operations. Even changeover to dífferent workpíece types is fast and smooth to greatly increase productivíty and flexibility.
Auto DOOr
The Auto Door automatically opens and closes the lathe cover and ís used in conjunction wíth the Robot and loader optíons.

Automatic Measurement and Too1 Breakage Detectíon Function Workpiece dimensions and tool compensation values are set automatically from a sensíng mechanísm that detects
the contact positíon between the tool or the workpiece and stylus. This option is recommended for maintaíníng precísíon duríng unmanned operatíon application.

Air Blower
The Air Blower discharges a hígh pressure air blast at the chuck, workpiece, and stylus area to remove machíníng waste chíps for easy and accurate chucking and sensoríng.

Bar Feeder
The Bar Feeder provides contínuous and automatíc feedin of bar stock wíthout needíng a workpíece changeover operatíon. When used in conjunctíon with the Parts Catcher option, the Bar Feeder allows continuous unmanned machining operation.

Chip Conveyor
The Chíp Conveyor carries chíp waste away from the lathe as they are generated to eliminate piling up of chíps in the machine. A right-hand discharge type and a rear
díscharge type are avaílable.

Parts Catcher
The Parts Catcher carríes finished workpieces from the lathe and deposíts them in a special receptacle.