Parameters Unit GMC3080 Table size mm 8000*3000 Table load kg/m2 2000 T-slot size (width x nos.) mm 28*15 X travel mm 8500 Y travel mm 3800 Z travel mm 1250（1000 optional） Width passed  the gantry mm 3500 Distance from spindle nose to table surface mm 200～1450（200～1200 optional） Spindle nose — ISO 50# Main motor power (cont/30min.) kW SIEMENS：37/51（optional 41/56） FANUC：37/45（optional 45/55） Max. Speed of spindle rpm 2000（3000、6000 optional） Cutting feed speed mm/min 5000 Rapid speed m/min 10 Type of tool magazine Mechanical arm Mode of tool holders BT-50、JT-50 Magazine capacity Mechanical arm 32（40、60 optional） Chain type - Max. tool diameter mm φ125（adjacent：φ200） Max. tool length mm 400 Max. tool weight kg 20 Positioning accuracy mm Repetitive positioning accuracy mm Dimension mm 19300*7100*7020 Machine weight T 140 Attachment milling head milling heads of right angle, universal, extended and special Optional parts Attachment milling head

Description Unit Travel X travel mm 1650 Y travel mm 850 Z travel mm 710 Distance between spindle nose and worktable surface mm 150-860 Distance from worktable center to column guide surface mm 440-1290 Worktable Table area mm 800×1850 Max. loads kg 3000 T-slot width mm 6×18H8 Spindle Max. spindle speed rpm 6000 Angle of spindle taper - BT-50 Feed rate X/Y/Z rapid speed m/min 15/15/12 Max. cutting feedrate m/min 5 Automatic Tool Changing System manipulator Qty. Of tools pcs 24 Tool changing time sec 2.9 Max. tool length mm 400 Max. tool diameter/ Adjacent no tool mm 110/φ200 Max. tool weight kg 15 Motor Spindle motor kw 15/18.5 X/Y/Z axis motor kw 7 Cooling pump motor w 0.75+1.5 Precision（SN precision according to standard JB/T8772.4-1998） Positioning accuracy mm X:0.042,Y：0.032，Z：0.025 Repetitive positioning accuracy mm X:0.020,Y：0.018，Z：0.015 Machine Dimension Overall height of machine mm 3390 Floor area（L×W） mm 4500×3890 Weight kg 17000 Power supply kw 50

Description Unit Travel X travel mm 1800 Y travel mm 850 Z travel mm 710 Distance between spindle nose and worktable surface mm 120-830 Distance from worktable center to column guide surface mm 440-1290 Worktable Table area mm 800×2050 Max. loads kg 3000 T-slot width mm 5×22H8 Spindle Max. spindle speed rpm 6000 Angle of spindle taper - BT-50 Feed rate X/Y/Z rapid speed m/min 15/15/12 Max. cutting feedrate m/min 5 Automatic Tool Changing System manipulator Qty. Of tools pcs 24 Tool changing time sec 2.9 Max. tool length mm 400 Max. tool diameter/ Adjacent no tool mm 110/φ200 Max. tool weight kg 15 Motor Spindle motor kw 15/18.5 X/Y/Z axis motor kw 7 Cooling pump motor w 0.75+1.5 Precision（SN precision according to standard JB/T8771.4-1998） Positioning accuracy mm X:0.042,Y：0.032,Z：0.025 Repetitive positioning accuracy mm X:0.020,Y:0.018,Z：0.015 Machine Dimension Overall height of machine mm 3390 Floor area（L×W） mm 4832×3890 Weight kg 18000 Power supply kw 50

Description Unit Travel X travel mm 1100 Y travel mm 600 Z travel mm 610 Distance between spindle nose and worktable surface mm 120-730 Distance from spindle center to stand column surface mm 672 Distance from table center to stand column surface mm 372-972 Worktable Table area mm 630×1300 Max. loads kg 800 T-slot width mm 5×18H8 Spindle Max. spindle speed rpm 6000 Angle of spindle taper - BT-50 Feed rate X/Y/Z rapid speed m/min 36 Max. cutting feedrate m/min 24 Automatic Tool Changing System Manipulator synchro unclamping Qty. Of tools pcs 24 Tool changing time sec 1.4 Max. tool length mm 350 Max. tool diameter/adjacent without tool mm φ100/φ190 Max. tool weight kg 15 Motor Spindle motor kw 11/15 X/Y/Z axis motor kw 3/3/4 Cooling pump motor（spindle） w 550 Cooling pump motor（punching） w 600 Screw Motor w 200×2 Precision（SN precision according to standard JB/T8772.4-1998） Positioning accuracy mm 0.01 Repetitive positioning accuracy mm 0.005 Machine Dimension Overall dimension mm 3270×2834×2795 Dimension of iron package box mm 3676×3180×3120 Weight kg 7500 Power supply kw 35

Description Unit Travel X travel mm 1100 Y travel mm 600 Z travel mm 610 Distance between spindle nose and worktable surface mm 150-760 Distance from spindle center to stand column surface mm 672 Distance from table center to stand column surface mm 372-972 Worktable Table area mm 630×1300 Max. loads kg 800 T-slot width mm 5×18H8 Spindle Max. spindle speed rpm 18000 Angle of spindle taper - HSKA63 Feed rate X/Y/Z rapid speed m/min 36 Max. cutting feedrate m/min 24 Automatic Tool Changing System Qty. Of tools pcs 24 Tool changing time sec 1.4 Max. tool length mm 350 Max. tool diameter/adjacent without tool mm φ100/φ190 Max. tool weight kg 8 Motor Spindle motor kw 25/35 X/Y/Z axis motor kw 3/3/4 Cooling pump motor（spindle） w 550 Cooling pump motor（punching） w 600 Screw Motor w 200×2 Precision（SN precision according to standard JB/T8772.4-1998） Positioning accuracy mm 0.01 Repetitive positioning accuracy mm 0.005 Machine Dimension Overall dimension mm 3270×2834×2795 Dimension of iron package box mm 3676×3180×3120 Weight kg 7500 Power supply kw 35

Description Unit Travel X travel mm 1100 Y travel mm 560 Z travel mm 575 Distance between spindle nose and worktable surface mm 200-775 Distance from table center to stand column surface mm 310-870 Worktable Table area mm 550×1200 Max. loads kg 800 T-slot width mm 4×18H8×125 Spindle Max. spindle speed rpm 8000 Angle of spindle taper - BT-40 Feed rate X/Y/Z rapid speed m/min 24/24/15 Max. cutting feedrate m/min 15 Automatic Tool Changing System Qty. Of tools pcs 24 Tool changing time sec 1．8 Max. tool length mm 300 Max. tool diameter/ Adjacent no tool mm 100/180 Max. tool weight kg 7 Motor Spindle motor kw 7.5/11 X/Y/Z axis motor kw 3/4/4 Cooling pump motor w 0.4+0.9 Precision（SN precision according to standard JB/T8772.4-1998） Positioning accuracy mm X:0.018,Y/Z：0.014 Repetitive positioning accuracy mm X:0.012,Y/Z：0.011 Machine Dimension Overall height of machine mm 3162 Floor area（L×W） mm 3340×3065 Weight kg 8200 Power supply kw 25

Item Description Unit Parameter Process Range Max. swivel diameter of spindle over bed mm Φ740 Max.machining diameter mm Φ700 Max. machining length mm 710 Spindle Chuck diameter ″ 24 Spindle nose model - A2-8 Taper of spindle bore - 1:20 Spindle bearing mm Φ140 Spindle center bore mm Φ102 Max. speed rpm 3000 Motor power Kw 30/37 Max. torque NM 47 Travel X axis travel mm 355 Z axis travel mm 750 Feed rate X/Z axis rapid shift m/min 20/24 Max. Cutting feed rate m/min 10 Tool turret Qty. Of tools pcs 12 Cutter section size mm 32×32 Boring tool handle diameter mm φ63 Boring cutter max. Bore diameter mm Φ50 Tool changing time sec 0.3 Motor X/ Z feed motor Kw 4/7 Cooling pump motor Kw 0.4 Precision Positioning precision mm X/Z：0.016/0.025 Repetitive positioning precision mm X/Z：0.007/0.01 Reverse difference mm X/Z：0.006/0.012 Others Water tank volume L 300 Dimension mm 3900*2150*2200 Weight KG 6300 Power KVA 40 NC FANUC 0i-TD

Item Description Unit Process Range Max. swivel diameter of spindle over bed mm Φ774 Max.machining diameter mm Φ460 Standard machining diameter mm 236 Max. machining length mm 560 Max. Bar pass diameter mm φ74 Spindle Chuck diameter mm φ254 Spindle nose model - A2-8 Spindle inner diameter mm 86 Taper of spindle bore - 1:20 Max. speed rpm 3000 Travel X axis travel mm 260 Y axis travel mm 230 Z axis travel mm 700 Feed rate X/Y/Z axis rapid shift m/min 18/18/24 Max. Cutting feed rate m/min 10 Tool turret Qty. Of station pcs 12 OD tool size mm 20*20 Boring tool handle diameter mm φ40 Tool changing time (adjacent) sec 0.14 Repeat precision “ 1.6 Positioning precision “ ±4 Power tool speed rpm 5000 Tailstock Shaft diameter of tailstock mm 95 Center taper - MT5 Center travel mm 120 Tailstock travel mm 650 Motor Spindle motors Kw 11/15 X/Y/Z servo motors Kw 3 Power tool motor Kw 2.2/3.7 Cooling pump motor Kw 0.4 Precision Positioning precision mm X/Y/Z：0.022/0.022/0.025 Repetitive positioning precision mm X/Y/Z：0.006/0.008 Reverse difference mm X/Y/Z：0.010

This machine adopts PLC programmable control, In order to achieve data storage. Using electrical and pneumatic control machine running, high Stability. A positioning device, capping standard, Easy to operate. Reach GMP.

1. Can suitable to screw cap and press cap 2 type caps. 2. Torque force can adjust. 3. The cap is placed in the hopper to automatically cover, In the process of the sensor will automatically detect the positive and negative cover. 4. Qualified cover will automatically loading through cap loading guide, then begin capping. 5. Press cap head in the first station, screw cap head in second station. 6. Press type cap will though first cap head to press cap. Screw cap head will through second cap head in second station. 7. The torque force of the screw cap can be adjusted. Cover with anti-theft ring, straw hat and bottle tight with the cap can be applied. Adjustment is convenient, the machine is more precise.

Application area Dispersing and milling in the field of coating, paint, printing ink, agricultural chemical, etc. Characteristics • Adopts double mechanical seal, lubricating liquid dissolves with product, safety and reliability. • Multiple material can be chosen for dispersing disc, catering to customer requirements for product color difference. • Body is convenient to be disassembled, easy to clean and for different color products. •The machine is easy to do operation, good reliability and full specification. It is a most widely used liquid grinding machine in the market with mature performance and structure. The machine uses dual-end mechanical seal with closed self-lubricate system with good reliability and durability. The machine is also with temperature, pressure monitor and protection to ensurethe quality of the finished product. It is with the advantages such as high grinding efficiency, good grinding fineness, wide. application and good anti-abrasiveness etc. •Materials Viscosity :  ≤20000 cps •Production Capacity:  20-1000L •Application Industry :  Suitable for dispersing, grinding materials in a variety of     applications such as  biology, pharmacy, cosmetic, food, paint, ink, color paste, dyestuff, fertilizer etc. Product Advantages •Low energy consumption ratio, High cost-effective •With large and small belts to conveyor driving force from the motor the main shaft,  it is easy to start. The grinding discs are specially designed to have higher effiency and lower electricconsumption. It is machine with higher performance-cost ratio among the grinding machines.Easy to clean and operate •The machine is with integrated on-spot control panel, easy to do operation.        Following structures to make it is easy to clean the grinding chamber and the beads  to produce materials with different color and varieties With beads collection hopper, the pulley gear device to make it easy for assemble and disassemble the grinding chamber and frame. Safe   monitor, stable finished product •Grinding chamber is with cooling jackets. Input cooling water into the jacket when running to have good cooling result, normally the temperature increase will be within 10C. •The machine is with temperature and monitor control. With settable protection value to ensure the quality of the finished products. •Full specification, can be customized •Specifications ranges from 5L to 100L, which can be customized to be Exproof type. Grinding chambers made of Polyurethane or Zirconium are in option to ensure its     anti-abrasiveness and alsoto prevent materials from metal pollution. Working Principle The delivery pump circulates the materials in the tank and the materials in the grinding chamber. The discs drive the grinding medium inside the grinding chamber to do irregular movements in all direction to put the materials under the. action of constant collision and friction. At same time, the materials are separated from the grinding medium by the sieve and keep circulating from the tank to the grinding chamber to obtain smaller particle size, narrower particle size range.

Principle It's a wet process milling equipment which can produce continuously, its working principle is the power delivered from high-speed rotor to milling medium and liquid product, through mutual colliding and laminating, ultrafine size can be achieved. Characteristics • High flux―technology imported from Germany: static centrifugal discharging devices, large discharge area with high output. • Double mechanical seal, lubricating liquid dissolves with material, safe and reliable. • Grinding area is made of special anti-wearing alloy ensuring long service life. • Cooling efficiency: segmented double helix waterway which is more advantageous to the energy exchange. Cooling efficiency is 2 times better than ordinary types. • Intelligent double mechanical seals: German mechanical seal technology, imported- fluorine sealing rings can resist different solvents. • Grinding efficiency: increased to more than 30% compared with regular models, the combination of the disperser can rapidly improve dispersion efficiency. The grinding medium can be superfine size to be more efficient. Product Advantages • Low energy consumption ratio, High cost-effective • With large and small belts to conveyor driving force from the motor the main shaft, it is easy to start. The grinding discs are specially designed to have higher effiency and lower electricconsumption. It is machine with higher performance-cost ratio among the grinding machines.Easy to clean and operate • The machine is with integrated on-spot control panel, easy to do operation. Following structures to make it is easy to clean the grinding chamber and the beads to produce materials with different color and varieties with beads collection hopper, the pulley gear device to make it easy for assemble and disassemble the grinding chamber and frame.Safe monitor, stable finished product • Grinding chamber is with cooling jackets. Input cooling water into the jacket when running to have good cooling result, normally the temperature increase will be within 10C. • The machine is with temperature and monitor control. With settable protection value to ensure the quality of the finished products. • Full specification, can be customized • Specifications ranges from 30L to 100L, which can be customized to be Exproof type. Grinding chambers made of Polyurethane or Zirconium are in option to ensure its     anti-abrasiveness and alsoto prevent materials from metal pollution. Working Principle  The delivery pump circulates the materials in the tank and the materials in the grinding chamber. The discs drive the grinding medium inside the grinding chamber to do irregular movements in all direction to put the materials under the. action of constant collision and friction. At same time, the materials are separated from the grinding medium by the sieve and keep circulating from the tank to the grinding chamber to obtain smaller particle size, narrower particle size range.