Main structural features
The substructure, lathe bed, middle sliding seat, workbench, spindle box and other main foundation parts of hmc500 horizontal machining center adopt high rigid cast iron structure, and the inner cavity is distributed with reinforcing ribs of mesh structure, ensuring the high rigidity, bending resistance and shock absorption performance of the foundation parts; The basic parts are molded with resin sand and subject to aging treatment to ensure the stability and reliability of the long-term accuracy of the machine tool. 10. Axis Y and Z adopt Taiwan, China Shangyin linear guide rail, and adopt two guide rail span support mode, with stable operation and stronger bearing capacity; The center of the worktable is always within the span at the limit of motion, which improves the stability of the machine tool movement process and improves the machining accuracy and surface quality of the products. 10. The ball screw with large pitch, high precision and high strength is used for feeding in the three directions of Y and Z, and the feeding speed is high; The servo motor is directly connected with the lead screw through the elastic coupling, and the feed servo motor directly transmits the power to the high-precision ball screw to ensure the positioning accuracy of the machine tool. 10. The guide rails in Y and Z directions are sealed to ensure the cleanness of the guide rails and the transmission and motion accuracy of the machine tool. The lead screw support adopts the pre stretching structure, which greatly reduces the influence of thermal deformation on the accuracy of the machine tool during long-term operation. The z-direction lifting is equipped with an ammonia balance system to improve the quality of the machine tool, so as to achieve high speed and high precision, increase t, reduce the load of the servo motor, and increase the service life of the machine tool; The spindle adopts high-speed, high-precision and high-rigidity spindle unit from Taiwan, China, China, with strong axial and radial bearing capacity. The main shaft is equipped with air curtain protection device, which completely avoids the infiltration of cutting fluid and dust, ensures the accuracy of the main shaft and extends its service life; The high-quality 24 high-speed automatic tool changing magazine made in Taiwan, China is adopted, which has the advantages of accurate tool changing, short time and high efficiency. After operation test, it meets the reliability requirements. Hmc500 horizontal machining center is equipped with advanced centralized automatic lubrication device and automatic intermittent lubrication at fixed time and quantity, which is stable and reliable. Hmc500 horizontal machining center is equipped with imported famous CNC control system, with complete functions, simple operation, stable and reliable precision. The electrical system adopts the separate design structure of transformer and control system to reduce the generation of heat, reduce the temperature change of electrical box, and improve the service life of electrical components and the reliability of system control. The operating system of hmc500 horizontal machining center is designed based on the principle of ergonomics. The operating box is set independently and close to the operator. It is equipped with a hand-held electronic handwheel operating box to facilitate tool setting. The external protection of the machine tool is designed with a fully enclosed mechanism; Safe and reliable.
Description | HMC1075 | HMC1290 | HMC1395 | HMC 1814 |
Worktable size(mm) | 1300×600 | 1360×700/ 630*630 rotary table |
1400×700/ 630×630 rotary table |
2000×900/ 800*800 rotary table |
Max loading weight on worktable( KG) | 800 | 1000 | 1000 | 1600 |
T-slot(pieces-width-distance)(mm/piece) | 5-18-105 | 5-18-122 | 5-18-130 | 5-22-165 |
X axis travel (mm) | 1000 | 1200 | 1300 | 1800 |
Y axis travel (mm) | 750 | 800/600 | 800 | 1280 |
Z axis travel (mm) | 600 | 700 | 750 | 900 |
Distance from spindle end face to worktable center distance (mm) | 115-715 | 180-880 | 168-918 | 200-1100 |
Distance from spindle center to worktable (mm) | 110-860 | 140-940 | 260-1060/0-800 | 140-1420 |
Spindle taper (7:24) | BT 50 φ150 | BT 50 φ190 | BT 50 φ190 | BT 50 φ190 |
Spindle speed (r/min) | 6000 | |||
Spindle motor (kW) | 11 | 15 | 15 | 15 |
X axis Rapid feeding speed(m/min) | 15 | 20 | 15 | 18 |
Y axis Rapid feeding speed (m/min) | 12 | 12 | 12 | 12 |
Z axis Rapid feeding speed (m/min) | 15 | 20 | 15 | 18 |
Feed speed (m/min) | 1-10000 | |||
Auto Tool changer design | arm type auto tool changer | |||
Auto Tool changer capacity (piece) | 24 | |||
Tool changing time(tool-to-tool) s | 2.5 | |||
Accuracy test standard | JISB6336-4:2000/ GB/T18400.4-2010 | |||
X/Y/Z axis accuracy (mm) | ±0.008 | |||
X/Y/Z axis Repeat positioning accuracy (mm) | ±0.005 | |||
Overall size(L×W×H)(mm) | 3700×3050×2700 | 3750×3400×2900 | 3600×3400×2900 | 4800*3800*3450 |
Gross weight (kg) | 8000 | 10000 | 10000 | 15000 |
Post time: Jun-15-2022