Mold High-Speed Machining Center Series

FOR ENGINEERS

MOLD Series

Technical Specs	unit	MOLD1813	MOLD2515	MOLD3019
Workbench area	mm	1900×1300	2500×1600	3000×2000
Maximum load of the workbench	t	9	15	30
X/Y/Z axis travel	mm	2000×1300×550	2500×1500×800	3200×1900×800
Guide rail type		X: four-rail track on both sides, Y: two-rail track arranged vertically, hard rail, Z: four-row roller linear guide distributed in four directions	X: two lines on each side, four lines in total, arranged in parallel; Y: four lines arranged vertically, top and bottom; Z: four roller lines arranged in four directions
Spindle end face to worktable surface	mm	230-780	200-1000
Spindle speed specification	rpm	BBT50-155 -12000	BBT50-155 -12000
Power	Kw	18
Torque	Nm		57
Maximum loading height × width	mm	660×1550	950×1900	950×2300
Fast move speed	m/min	20
Feed rate	m/min	0-15
Positioning / Repositioning Accuracy	mm	0.01/0.005
Overall weight	t	17	30	32
Dimensions (excluding the electrical cabinet)	mm	4800×3400×2900	6000×4300×4200	6800×4820×3700
Typical CNC system configuration		Standard with Siemens 828D, Fanuc 0i MF plus

Technical Specs	Unit	MOLD5A3020	MOLD5A4025
Workbench area	mm	3200×2000	4000×2500
Maximum load of the workbench	t	20	30
X/Y/Z axis travel	mm	3200×2000×1000	4200×2500×1200
Guide rail type		X: Four linear rails in total, two on each side, arranged in parallel Y: Two pairs, four heavy-duty large linear roller rails in total Z: Four roller rails arranged in four directions
Spindle end face to worktable surface	mm	200 - 1200（Customizable）	150 - 1350(Customizable)
Can install a spindle		42Kw/67Nm
Tool magazine capacity		Standard 20 digits
Maximum loading height	mm	1200（Customizable）
Maximum loading width	mm	2400	3300
Cutting feed rate	m/min	0- 20
Fast movement speed	m/min	20
Positioning accuracy	mm	0.01
Repeat positioning accuracy	mm	0.005
Overall weight	t	39	60
Dimensions (excluding electrical cabinet)	mm	7400×4300×5500	9080×6800×5500
Typical CNC system configuration		5-axis 3+2 standard configuration Siemens 828D

FOR QUALITY

Finite Element Analysis

The machine tool design was carried out in cooperation with renowned domestic universities, and internationally advanced finite element analysis was adopted to ensure that the dynamic and static characteristics of the machine tool are reasonable, the load is reasonable, and the load distribution is uniform.

Collimator

Vibration meter

Bar ballinspection

Each machine is equipped with a ball gauge from RENISHAW of the UK. It is used to calibrate the true circularity and the geometric accuracy of the machine, and at the same time, circular cutting experiments are conducted to ensure the 3D processing accuracy and circular accuracy of the machine.

Three axes laser inspection

Each machine of Ningqing is calibrated using the laser interferometer from RENISHAW Company in the UK. Precise inspections and compensations are carried out for pitch errors, backlash, positioning accuracy, and repeatability positioning accuracy, etc., to ensure the dynamic, static stability and processing accuracy of the machines.

Three-coordinate system

We have established a comprehensive quality control system covering the entire chain from raw material warehousing and processing to finished product delivery. Using a coordinate measuring machine (CMM) as the core inspection tool, we conduct dimensional and geometric tolerance checks on key components. At the final product delivery stage, each machine tool must undergo standard test piece processing and testing, and an S-piece test is performed to verify dynamic accuracy and contour deviation using universal standards. The CMM is integrated throughout the entire product lifecycle, forming a closed-loop manufacturing process of "inspection-feedback-compensation," ensuring that every CNC machine tool leaving the factory possesses verifiable accuracy.