Compatible servo motor: 200W equivalent, reduction ratio 60:1★

FANUC rotary guide bush, 6 external diameter tools can be attached, 3 cross rotary tools can be attached, 4 main sub end face hole drills can be attached, parts catcher included, left discharge work unloading conveyor included, left discharge chip conveyor included, automatic fire extinguisher included, mist collector included, medium pressure coolant unit included (4 systems), auto bar 3m specification (ALPS/ASRX-20ZC)

FANUC18i-TB with work unloading conveyor, autobar specification (ALPS/ASQ-25) Weight 2200kg

FANUC Rotary guide bush Sub-spindle Work unloading conveyor Automatic fire extinguishing device Left-side discharge chopper included Auto bar 2.5m specification (Z-16/2005 model)

FANUC16iT Rotary guide bush specifications 4 external diameter tools can be attached 3 cross rotary tools 8-sided turret Y-axis Sub-spindle Parts catcher Work discharge conveyor Chip conveyor Mist collector Coolant filtration device Automatic fire extinguishing device Auto bar 2.5m specifications (ALPS/ASR X-16Z) ★Video recording is possible. Please feel free to contact us.

◆OSP-P200M ◆XYZ: 1000×900×1000 ◆Distance from table top to spindle center line: 50-950 ◆Distance from table center line to spindle end face: 70-1070 ◆Swivel table: 630×630 ◆Maximum table load: 1200kg ◆Table index angle: 0.001° (NC circular table) ◆Spindle rotation speed: 15,000min-1 ◆Spindle end face constraint: BIG plus ◆Tool shank: BT40 ◆ATC: 60 ◆2APC (2 pallets) ◆Required floor space: 3,380×6,559mm ◆Machine height: 3,225mm ◆Machine weight: 26,000kg

MSX-501Ⅲ BT40 with center through and spindle through 3.5Mp

FANUC-31i-A5 HSK-E25 ATC12 units Table size 300 x 200 Stroke: X200 Y150 Z150 Spindle speed 3000-50000rpm

○Specifications Saw blade horizontal lift type Fully automatic program cut ○Cutting capacity Width 300mm x Height 260mm Vice stroke 400mm ○Saw blade dimensions Width 34mm x Thickness 1.1mm x Length 3920mm ○Machine size Dimensions Width 2200mm x Depth 2100mm x Height 1520mm Weight 1750kg ○Included 2.0m free roller Instruction manual

○NC unit MSX-805Ⅲ○Capacity/capacity Swing above bed φ520mm Swing above cross slide φ410mm Maximum workpiece φ450mm×L480mm○Spindle Chuck 8 inch 3 jaws Toyowa H01MA8S Spindle speed 35-3500rpm ○Travel X-axis 260mm Z-axis 500mm○Tool rest V12○Motor For spindle 15/11kw 30min/continuous○Machine size Width 2000mm×Depth 1775mm×Height 1955mm Weight 4100kg○Accessories Detachable manual tool presetter

Neomatic635V BT40 ATC20 pieces Table size 1050 x 560 Spindle speed 10000 rpm Stroke X820 Y510 Z510 With internal spiral conveyor Pull stud bolt MAS1

Grindstone dimensions: 125 x 38 x 76.2 (diameter x thickness x hole diameter) Maximum operating speed: 1800 rpm

FANUC 18i-MB BBT30 ATC16 spindle speed 8000rpm Table size 320×610 Stroke X300 Y250 Z265 Push-stud bolt MAS1 Additional 1-axis index (KITAGAWA)

◆OSP-P200M-H 3D-D MC ◆XYZ: 762×460×460 ◆A-axis: +20 to -110 degrees ◆C-axis: 360 degrees ◆Fast forward speed: XY40 Z32m/min ◆Fast forward speed: A-axis 14400 degrees/min ◆Fast forward speed: C-axis 18000 degrees/min ◆Cutting feed speed: XYZ 32m/min ◆50 to 20000min-1 ◆Tool shank shape: HSK-A63 ◆Maximum tool length: 300 ◆Table: φ400 ◆Maximum workpiece dimensions: φ400×h400 ◆ATC: 48 ◆Required floor space: W2,160×D2,715 ◆Machine height: 2,950mm ◆Weight: 7,700kg ※No touch probe ※Oil controller ※Drum filter type chip conveyor ※Through spindle coolant (medium pressure type 1.5MPa) *Cutting fluid heating and cooling device *Mist collector *Spindle thermal displacement control TAS-S *Ambient thermal displacement control TAS-C *Absolute scale detection XYZ *Automatic tool length compensation Including breakage detection (touch sensor) *High class (simultaneous 5-axis control device) H specification *DNC coupling DNC-DT *Super-NURBS function Type-A (XYZAC) *Fixture offset *Showa Denki CRD-750R with filter *ATC tool length 300L specification *A/C axis swivel table: 0.001 degrees (with rotary inductosin) *C-axis table: φ400 T-slot 18h7 6 pieces_If there is a difference between the specifications and the actual product, the actual product will take precedence.