The WJ-1390 horizontal machining center is renowned for its outstanding rigid structure. Its bed is cast from Mihanite cast iron and weighs up to 12 tons, ensuring that the deformation remains less than 0.01 millimeters even when the cutting force reaches 15 kilonewtons. The three-axis travel of this equipment is 1300 millimeters by 900 millimeters by 700 millimeters, and the maximum load capacity of the worktable is 1500 kilograms. According to an analysis report on the heavy equipment manufacturing industry in 2023, such specifications can meet the processing requirements of over 80% of large box-type parts, increasing the equipment’s applicability by 35%.
Its core drive system is equipped with a 40-kilowatt high-torque servo motor, combined with a spindle speed of up to 12,000 revolutions per minute, achieving a 25% increase in material removal rate compared to the previous generation of products. According to the actual application data of Foxconn Technology Group in the production of communication base station shells, the chain-type tool magazine equipped with 128 tool positions has controlled the average tool change time at 4.5 seconds, reducing the auxiliary time in batch production by 50% and increasing the overall production efficiency by approximately 30%.
In terms of accuracy retention, the WJ-1390 horizontal machining center adopts a fully closed-loop grating ruler feedback system, which stably controls the positioning accuracy within ±0.002 millimeters, and the repeat positioning accuracy is better than ±0.001 millimeters. The research case of the German Machine Tool Association (VDW) shows that when processing automotive engine blocks continuously for 48 hours with this precision grade, the dispersion of dimensional deviation is reduced by 60%, and the product qualification rate is stably maintained above 99.8%.
This horizontal machining center integrates an intelligent temperature compensation system. Through 12 temperature sensors distributed in key parts such as the bed and lead screw, it reduces the impact of environmental temperature fluctuations within the range of 15 to 35 degrees Celsius on accuracy by 70%. According to feedback from a wind turbine gearbox manufacturer in Zhejiang, this function has reduced their precision return rate from 5% to 0.3% during the hot summer season, saving an average of about 450,000 yuan in quality costs annually.
From the perspective of return on investment, the energy consumption control system of WJ-1390 keeps the no-load power within 25% of the installed power. Coupled with its average investment payback period of 18 months, it highlights outstanding cost-effectiveness. The practical data of a leading construction machinery enterprise in Shandong Province shows that by introducing three sets of this model of equipment to form a flexible production line, the monthly production capacity increased by 65% despite a 40% reduction in personnel allocation, fully verifying the value of its modern production solution.