TOS WHR130 WHRQ160 Planer Boring Milling Machine
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TOS WHR130 WHRQ160 Planer Boring Milling Machine
  • TOS WHR130 WHRQ160 Planer Boring Milling Machine

TOS WHR130 WHRQ160 Planer Boring Milling Machine

TOS WHR(Q)130 WHR(Q)160 CNC Planer-Type Boring Milling machine Basic parts like front and rear bed, column, headstock, are all designed with thick ribs and thermal symmetric frame, made of rigid casting iron.
  • TOS WHR130 WHRQ160 Planer Boring Milling MachineDownload
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Technical parameters of WHR(Q)130 WHR(Q)160 CNC Planer-Type Boring and Milling Machine
Model Unit WHR(Q)130 WHR(Q)160
CNC system   SIEMENS 840D SIEMENS 840D
Spindle diameter mm (in) Φ130 (5.1’’) Φ160 (6.3’’)
Diameter of milling spindle mm (in) Φ221.4 (8.7’’) Φ280 (11’’)
Spindle taper   ISO50 ISO50
Spindle speed r/min 2-1500; stepless 2-1000; stepless
Spindle motor power kW 22/30 37/51
Max torque of boring spindle Nm 2200 3200
Max spindle thrust N 20000 26000
Table size (W x L) mm (in) 1600x1800 (63’’x71’’) 2400x2400 (94’’x94’’)
Max load of table kg 10000 20000
T-slot mm 7x28 11x28
Min table indexing ° 0.001 0.001
Travel of X axis mm (in) 3000 (118’’) 3500 (138’’)
Travel of Y axis mm (in) 2000 (79’’) 3000 (118’’)
Travel of Z axis mm (in) 1600 (63’’) 2000 (78’’)
Travel of W axis mm (in) 800 (35’’) 1000 (39’’)
Feed rate (X, Y, Z / W) mm/min 1-6000 / 1-3000 1-6000 / 1-3000
Rapid feed (X, Y, Z / W) mm/min 6000 / 3000 6000 / 3000
Rapid speed of table (B) r/min 1 1
Feed speed of table (B) r/min 0.1-1 0.1-1
Positioning accuracy (X, Y, Z / W) mm 0.025 / 0.02 0.025 / 0.02
Positioning accuracy (B)   15’’ 15’’
Repositioning accuracy (X, Y, Z / W) mm 0.02 / 0.02 0.02 / 0.02
Repositioning accuracy (B)   8’’ 8’’
 
Optional equipments
1. Facing head;
2. Angle milling head;
3. Universal milling head;

Features
1. Basic parts like front and rear bed, column, headstock, are all designed with thick ribs and thermal symmetric frame, made of rigid casting iron. All these parts have been after twice time ageing.
2. Spindle bearings have high accuracy and heavy loading. The material of boring spindle is 38CrMoA1A alloy; the spindle is made by precision machining and nitrogen treatment with high surface hardness.
3. Spindle adopts AC motor to realize infinitely variable speed changing. It can achieve low-speed with big torque and high-speed with full power output; speed changing system is hydraulically controlled.
4. Spindle nose taper is 7:24; auto tools clamping device is set inside the spindle and the tools could be auto clamped by disk spring and unclamped hydraulically.
5. X axis adopts rectangular slide guideway; the guideway is hardened and coated with TF wearable material.
6. Y and Z axes adopt rectangular inserted steel sliding and rolling compound guideway; sliding saddle and headstock guide is coat with TF wearable material.
7. X/Y/Z/W axes are equipped with big torque AC servo motor and ballscrew. The ball screw is preloaded.
8.X/Y/Z/W axes are equipped with linear encoder as feedback device; B axis is equipped with rotary encoder as feedback device. All motion axes are fully closed loop control.  
Boring-Milling machines with centered spindle and thermosymmetric structure, with rotary table and possibility to incorporate pallet stations, milling heads and automatic head changers.
A series of precision machine tools for the efficient complete machining of heavy, prismatic workpieces. Advanced process automation and an automatic tool changer further enhance the machines’ efficiency and reduce non-productive time. 

Robust, modular machine technology
WHR(Q)-Series design
Solid and robust - column and table: The solid, ribbed box-type cast column guarantees a significantly higher bending stiffness when compared with a classic frame construction. The design of the T-shaped machine beds is wide and robust. Highly precise
machining results, especially during circular interpolation, are achieved through the
use of preloaded high-precision ball screws and preloaded linear compact roller guideways. A hydraulic segment clamping table allows for high cutting performances. A chip conveyor positioned between the machine and the table effectively removes the chips.
Highest quality made in TOS: all core components are completely manufactured by FORTUNE PACIFIC. A labyrinth seal filled with pressure air protects the front bearing of the headstock against the ingress of particles. The low-wear precision spindle bearing is equipped with long-life grease lubrication and thermal monitoring. An integrated oil cooler stabilizes the temperature of the gear lubrication.

The WHR(Q) series planer type boring mill from FORTUNE PACIFIC offers a generous work envelope and straightforward design provide for efficient work throughput. It features heavy-duty, high quality cast iron construction throughout. Extra-wide solid boxways easily support large workpieces. Oversize ballscrews on all linear axes are precision ground and finished to deliver consistent, precise positioning even under the most demanding machining conditions.

W-axis thermal growth compensation provides optimum accuracy. The X-axis table is of a single piece casting utilizing the accuracy and stability of a fully supported cast iron base.  The B-axis is fully supported by a worm and wheel construction with scale feedback. The large work table has 7 T- slots to simply work fixturing.
Technical parameters of WHR(Q)130 WHR(Q)160 CNC Planer-Type Boring and Milling Machine
Model Unit WHR(Q)130 WHR(Q)160
CNC system   SIEMENS 840D SIEMENS 840D
Spindle diameter mm (in) Φ130 (5.1’’) Φ160 (6.3’’)
Diameter of milling spindle mm (in) Φ221.4 (8.7’’) Φ280 (11’’)
Spindle taper   ISO50 ISO50
Spindle speed r/min 2-1500; stepless 2-1000; stepless
Spindle motor power kW 22/30 37/51
Max torque of boring spindle Nm 2200 3200
Max spindle thrust N 20000 26000
Table size (W x L) mm (in) 1600x1800 (63’’x71’’) 2400x2400 (94’’x94’’)
Max load of table kg 10000 20000
T-slot mm 7x28 11x28
Min table indexing ° 0.001 0.001
Travel of X axis mm (in) 3000 (118’’) 3500 (138’’)
Travel of Y axis mm (in) 2000 (79’’) 3000 (118’’)
Travel of Z axis mm (in) 1600 (63’’) 2000 (78’’)
Travel of W axis mm (in) 800 (35’’) 1000 (39’’)
Feed rate (X, Y, Z / W) mm/min 1-6000 / 1-3000 1-6000 / 1-3000
Rapid feed (X, Y, Z / W) mm/min 6000 / 3000 6000 / 3000
Rapid speed of table (B) r/min 1 1
Feed speed of table (B) r/min 0.1-1 0.1-1
Positioning accuracy (X, Y, Z / W) mm 0.025 / 0.02 0.025 / 0.02
Positioning accuracy (B)   15’’ 15’’
Repositioning accuracy (X, Y, Z / W) mm 0.02 / 0.02 0.02 / 0.02
Repositioning accuracy (B)   8’’ 8’’
1. Basic parts like front and rear bed, column, headstock, are all designed with thick ribs and thermal symmetric frame, made of rigid casting iron. All these parts have been after twice time ageing.
2. Spindle bearings have high accuracy and heavy loading. The material of boring spindle is 38CrMoA1A alloy; the spindle is made by precision machining and nitrogen treatment with high surface hardness.
3. Spindle adopts AC motor to realize infinitely variable speed changing. It can achieve low-speed with big torque and high-speed with full power output; speed changing system is hydraulically controlled.
4. Spindle nose taper is 7:24; auto tools clamping device is set inside the spindle and the tools could be auto clamped by disk spring and unclamped hydraulically.
5. X axis adopts rectangular slide guideway; the guideway is hardened and coated with TF wearable material.
6. Y and Z axes adopt rectangular inserted steel sliding and rolling compound guideway; sliding saddle and headstock guide is coat with TF wearable material.
7. X/Y/Z/W axes are equipped with big torque AC servo motor and ballscrew. The ball screw is preloaded.
8.X/Y/Z/W axes are equipped with linear encoder as feedback device; B axis is equipped with rotary encoder as feedback device. All motion axes are fully closed loop control. FORTUNE PACIFIC PLANER TYPE BORING-MILLING MACHINES 
Boring-Milling machines with centered spindle and thermosymmetric structure, with rotary table and possibility to incorporate pallet stations, milling heads and automatic head changers.
A series of precision machine tools for the efficient complete machining of heavy, prismatic workpieces. Advanced process automation and an automatic tool changer further enhance the machines’ efficiency and reduce non-productive time. 

Robust, modular machine technology
WHR(Q)-Series design
Solid and robust - column and table: The solid, ribbed box-type cast column guarantees a significantly higher bending stiffness when compared with a classic frame construction. The design of the T-shaped machine beds is wide and robust. Highly precise
machining results, especially during circular interpolation, are achieved through the
use of preloaded high-precision ball screws and preloaded linear compact roller guideways. A hydraulic segment clamping table allows for high cutting performances. A chip conveyor positioned between the machine and the table effectively removes the chips.
Highest quality made in TOS: all core components are completely manufactured by FORTUNE PACIFIC. A labyrinth seal filled with pressure air protects the front bearing of the headstock against the ingress of particles. The low-wear precision spindle bearing is equipped with long-life grease lubrication and thermal monitoring. An integrated oil cooler stabilizes the temperature of the gear lubrication.

The WHR(Q) series planer type boring milling machines from FORTUNE PACIFIC offers a generous work envelope and straightforward design provide for efficient work throughput. It features heavy-duty, high quality cast iron construction throughout. Extra-wide solid boxways easily support large workpieces. Oversize ballscrews on all linear axes are precision ground and finished to deliver consistent, precise positioning even under the most demanding machining conditions.

W-axis thermal growth compensation provides optimum accuracy. The X-axis table is of a single piece casting utilizing the accuracy and stability of a fully supported cast iron base.  The B-axis is fully supported by a worm and wheel construction with scale feedback. The large work table has 7 T- slots to simply work fixturing.
1. Facing head;
2. Angle milling head;
3. Universal milling head;
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