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Features:
• Extreme craftsmanship and operational experience
• "Honeycomb" style extra wide and heavy sliding table
• "Shark" 6-DOF overhead guarding system for best safety and dust collection
• Dado (grove cutting) application up to 15mm width
• Laser cut heavy steel frame with thorough powder coating
• Siemens centralized control and readout panel installed on the machine base
• Rip fence with digital readout
• Electronically blade up/down adjustment with 0.1mm accuracy with height digital readout
• Electronically controlled blade tilting adjustment with 0.1 degree accuracy with digital angle readout
• Dynamical balanced spindles perform at extremely low noise and hardly felt vibration
• High precision industrial ballscrew and linear guide for rip fence
• Dedicatedly engineered for heavy duty industrial production
• T-6 aircraft grade aluminum sliding table with 410mm width
• Harvey unique "Compass" crosscut fence system
• User-friendly dual control panels
• 50" rip fence with aluminum right hand extension board
• Aluminum rear extension board
• 380v/3ph/5.5kw main mechanical brake motor
• Trim shoe
• CE approved
Optional Equipment
• Hold down
• DRO for cross cut fence
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Specifications:
Model |
J-40P |
Sliding table L x W |
3800 x 410mm |
Maximum cutting length |
3600mm |
Maximum ripping width |
1270mm (50") |
Maximum cross cut fence length |
3300mm (11 ft) |
Main casting worktable size |
558 x 860mm (30" x 31-1/2") |
Main blade diameter |
315mm (12") |
Main blade arbor diameter |
30mm |
Main blade speed |
4500RPM |
Scoring blade diameter |
120mm |
Scoring arbor diameter |
20mm |
Scoring blade speed |
8000RPM |
Maximum cutting height at 90° |
102mm (4") |
Maximum cutting height at 45° |
76mm (3") |
Maximum Dado width |
20mm |
Main motor power |
5.5kW (3 phase) |
Scoring motor power |
0.5kW (3 phase) |
Machine foot print |
927.5 x 1980mm |
Machine work height |
905mm |
Machine net weight (approx.) |
1070kg |
The Milling Machine was originally a horizontal milling machine created by American E. Whitney in 1818.In order to mill the spiral groove of the twist drill, American J.R. Brown created the first universal milling machine in 1862, which is the prototype of the milling machine for the lifting platform.The portal milling machine appeared around 1884.Semi-automatic milling machines appeared in the 1920s, and the workbench used the stops to perform automatic conversion of [feed-fast" or [fast-feed".After 1950, milling machines developed rapidly in control systems, and the application of digital control greatly improved the automation of milling machines.Especially after the 1970s, the digital control system and automatic tool change system of the microprocessor were applied on the milling machine, which expanded the processing range of the milling machine and improved the machining accuracy and efficiency.As the mechanization process intensified, CNC programming began to be widely used in machine tool operations, which greatly released the labor force.CNC programming milling machines will gradually replace manual operations.The requirements for employees will also be higher and higher, and of course the efficiency will be higher and higher.
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Jiangsu Hoston Machine Tools Co., Ltd. , https://www.haostonmachinetools.com