2016 HONOR SEIKI VL-86M CNC 3-AXIS LIVE TOOL VERTICAL TURNING & BORING CENTER
FANUC OITF CNC CONTROL WITH MANUAL GUIDE I CONVERSATIONAL SOFTWARE ALL OPTIONS.

MAIN FEATURES
MAXIMUM CUTTING DIAMETER 31.5”
SWING OVER THE BED 39.37”
3-JAW CHUCK 24”
50 HP (37KW) 2 SPEED GEARBOX
SPINDLE 1,500 RPM
15 HP LIVE TOOL TURRET 3,000 RPM
RAPID TRAVERSE 787 IPM
FULL C-AXIS SPINDLE
VERTICAL SPINDLE FOR EASY PART LOADING
1-Axial / 1 Radial Live Tool Holders
One-piece Meehanite bed
Hardened & ground solid box way construction
Adjustable gibs on each axis
Turcite coated box way surfaces
Double end supported & pretensioned X & Z axis ball screws
Large diameter ball screws
Electric Torque limiter ball screw protection
Chuck clamp/unclamp confirmation proximity switches
Separate coolant tank
(3 bar) 45 PSI coolant pump
Programmable high - low chucking pressure
Tool monitoring system
Automatic lubrication
Shower coolant for efficient chip flush
Manual EZ Guide i conversational programming
Coolant System:
Coolant pump pressure (3 bar) 45 PSI
Coolant pump motor (.55kW) .75HP
Coolant tank capacity (320L) 85 gallons
HYDRAULIC / LUBRICATION:
Hydraulic tank capacity (40L) 10.6 gallons
Hydraulic oil requirement (or equivalent) Mobil DTE #24 or Shell Tellus 32
Way lubrication tank capacity (3.6L) 1 gallon
Way lubrication oil requirement (or equivalent) Mobil Vactra #2 or Shell Tonna T68

GENERAL:
Floor to spindle face (1385mm) 54.5”
Front door to spindle center (655mm) 25.8”
Floor space - Length x Width (2100 x 3288mm) 83" x 129"
Floor space – Width with (rear) hinge belt chip conveyor (3288mm) 129”
Machine height (3708mm) 146"
Voltage required 205-235 Volt / 3 phase**
Power requirement 80 kVA (200 Amps @ 220 Volts)
Machine weight (14600kg) 32,200 lbs.

Machine Construction Features:
Honor Seiki utilizes a heavily ribbed high-grade Meehanite® casting for greater stability and less machine
deformation allowing for heavy cutting capabilities. The small foot print and optimized chip flow design will
remove chips from bed into chip box or chip conveyor by assistance of bed flush coolant system.
GUIDEWAYS
The Box style guideways are wide wrap-around rectangular type to ensure long-term rigidity and accuracy.
The guideways are properly spaced to ensure maximum stability, each guideway is induction hardened and
precision ground (HrC 55). Induction hardening results in a more consistent hardness and depth of hardness
than the less expensive flame hardening process. The adjustable gibs on each Axis slide are provided to maintain
accuracy and rigidity. The bed guideways are fully protected by heavy gauge steel covers on both sides of the carriage.
BALL SCREWS AND AXIS DRIVES
Each axis is driven by a large diameter double-nut ball screw. The high precision ball screws have been
specifically selected to achieve the outstanding combination of high accuracy, high rapid traverse rates and high feed thrust.
Both ball screws are supported on each end. Both X and Z-axis ball screw are double pretensioned for accurate positioning
and thermal stability.

The thrust bearings are precision class P4 angular contact type. Ball screws are centered between the guideways and are
directly mounted to the AC servo motors without intermediate gears or belts to minimize backlash
SPINDLE & HEADSTOCK
The spindle is supported by two double row cylindrical roller bearings and duplex angular thrust bearings.
All spindle bearings are precision class P4 and are permanently grease lubricated. The (37kW) 50 Hp spindle motor
(2824N.m) 2,082 ft.-lbs. of low-end torque. The 2-speed gearbox is mounted directly to the spindle motor and power
is transmitted to the main spindle by V-belts, full HP is developed at 125 RPMs. (Full C Axis is standard for M-model)
TURRET
The 12-Station Heavy-Duty Tool Turret is hardened and ground for both high accuracy and durability. The turret has large (220mm)
8.7" diameter three-piece Curvic® coupling with (71kn) 15,950 lbs. of clamping force so high accuracy and heavy-duty cutting can
be achieved. The 12-station turret holds any combination of 12-ID or 12-OD tools. The turret is a non-lifting servo driven design,
which has a total next station index time of 2.0 seconds, including all clamping and unclamping times. (BMT-75 type turret with 3,000rpm
and 15hp is used for the Mill/Drill version)
LUBRICATION
Automatic lubrication is provided to all guideways and ball screws. Maintenance free piston distributors deliver a precise quantity
of oil to each lubrication point. The piston distributors are non-clogging and the design allows way lube consumption to be minimized.
A low-level alarm prevents the machine from restarting until the oil reservoir is replenished. System pressure is monitored to detect &
protect against open or broken lubrication lines.

COOLANT SYSTEM
A (2.2kW) 3.0 Hp high capacity multi-stage centrifugal pump delivers a high volume of coolant through the turret
to ball nozzles at each turret station. The pump delivers (3 bar) 45 PSI of pressure, meeting the requirements of most
insert drill manufacturers. The large coolant tank has a (320L) 85 gallon capacity. The coolant tank is isolated from the
machine bed to prevent heat transfer. The combined tank and chip pan pull out for easy cleaning.
CHIP GUARDS
Chips and coolant are contained by the fully enclosed guarding made of heavy gauge sheet metal. The front door
opens wide to accommodate large parts. The door opens and closes automatically to facilitate easy part loading and faster cycle times.
PROGRAMMABLE HIGH / LOW CHUCKING
Using the new high / low chucking feature, chucking pressure can be automatically changed in the machine cycle.
Set each of the two pressure reducing values to the desired operating pressure, then program the pressure change by M-code.
The chuck must open and close between pressure changes. This feature is useful for double sided and thin walled parts.

TOOL MONITORING SYSTEM
The Fanuc tool monitoring system monitors the load on all axis and spindle motors. High and low limits can be set for tools.
There are wear and breakage settings. If used in conjunction with Tool Life Management, the machine can be set to switch to
a redundant tool when the wear signal is output. A breakage signal stops the machine. There is a simple teach mode.
This allows the operator to run through a cycle to establish normal loads and set initial load values.
FANUC EMBEDDED ETHERNET FUNCTION
The Fanuc Embedded Ethernet Function allows convenient exchange of NC programs, tool offset data, and system parameters
between the Fanuc control and either a single personal computer (PC) with a network card, or with a network station
STANDARD EQUIPMENT:
Fanuc 0it-F control, Fanuc spindle and servo drives
Strong 3- jaw tongue and groove type power chuck
24” with 15 mm jaw stroke
*All Available Static & BMT Live Tool Holders with Machine Included!
(2) OD Tool Holders 8-O1.25”, (2) Facing Tool Holders 8-F 1.25”
(2) Boring Tool Holders 8-I 2.0”, (1) Axial Live Holder, (1) Radial Live Holder
(1) Set Hard Jaws & Soft Jaws
Automatic door with safety edge
(3 bar) 45 PSI multi-stage coolant pump
High precision double-nut ball screws
Class P4 angular thrust bearings
Class P4 spindle bearings
Electric torque limiter protection
Chuck clamp/unclamp confirmation proximity switches (per spindle)
Programmable Hi / Low chucking
Tool monitoring system
Shower coolant for chip flushing
Hydraulic system
Tool box with necessary operating tools
Work light
Leveling bolts and plates
Operation and maintenance manuals
Parts list and electrical drawings

FANUC 0iTF CONTROL
3 Controllable axes:
Two axis turning centers: 2 (X, Z) Turning centers with Mill/Drill: 3 (X, Z, C) High resolution
8.4” color LCD display Digital AC servos and spindle drive Program storage size (512 kb) Backlash compensation
Self-diagnostic functions
Standard programming features:
Spindle orientation
Addition of custom macro variables Direct drawing (line/angle) programming Peck drilling canned cycle (G83)
Circular interpolation by radius designation Absolute/incremental programming
Rigid tapping
Multiple repetitive cycle type 2 (pocketing) Decimal point programming
Dwell (revolutions or seconds) Skip function (G31) Programmable data input (G10)
Polar coordinate interpolation (note 1) Helical interpolation
Chuck and Tailstock barrier High-Speed Skip
G Code System A/ B/ C Stored stroke check 1, 2 and 3 Exact stop mode
0.0001” minimum programmable increment Fanuc Embedded Ethernet function
400 registerable programs Constant surface speed control
PCMCIA slot (for memory or modem card) Fanuc Tool monitoring system
USB Port
Custom Macro
Interruption type custom macro Background Editing
Programmable work shift (G54 - G59) Tool nose radius compensation (G40-42) Inch/metric programming
Multiple repetitive cycles (G70 - G76) Canned cycles (G90, G92, G94) Reference point return (G27 - G30)
Subprogram - 10 folds nested F10/11 tape format
Continuous thread cutting 2nd reference point return Cylindrical interpolation Variable Lead Thread Cutting
3rd/4th reference point return Manual absolute on and off Chamfering on /off
Multiple lead thread cutting
Standard operation features:
Tool path graphic display Tool life management
Extended tool life management Parts counter display Additional block skip
Direct input of offset value measured Keyboard type manual data input (MDI) Incremental offset
On screen axis load meter display Feed rate override
Multi Language Display (18 choices) Operation history display
Help function
Cut and paste editing functions Password function
64 pairs of tool offsets Geometry and wear offsets Run hour display
Thread cutting retract Automatic tool offset calculation Input/output interface (RS232C) Program protect key
On-screen spindle load meter display Rapid traverse override
Spindle speed override Alarm history display External message display Clock function
Canned cycle graphic assist input
.00001” program & offset increment (note 3)