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Inverted T type horizontal machining center

The inverted T-type horizontal machining center is a specially designed machine tool with an inverted T-shaped bed structure....

Product Introduction

The inverted T-type horizontal machining center is a specially designed machine tool with an inverted T-shaped bed structure. In this structure, the inverted T-type horizontal machining table moves forward and backward on the longitudinal bed, while the column moves left and right on the horizontal bed. This design structure in inverted T-type horizontal machining can ensure the lightness of moving parts, so it is more commonly used in precision horizontal machining centers.


Specifically, the main structure of the machine tool of the inverted T-type horizontal machining center is a moving column type, which has good rigidity and is suitable for complex processing of box-type parts. During the machining process, the tool magazine can be used to automatically exchange tools in inverted T-type horizontal machining. The workpiece can be clamped at one time to process multiple processes on multiple surfaces, such as milling, drilling, reaming, boring, and reaming. , tapping, end face processing and boring step holes, etc.


In addition to its structural features, the inverted T-type horizontal machining center also has a high degree of automation and accuracy. A high-performance CNC system is used in inverted T-type horizontal machining, which can manage and control various movements, processing, tool changing and cooling of the machine tool. In addition, there is an ATC tool change system in the inverted T-type horizontal machining, which can automatically switch multiple tools according to the program to achieve rapid tool change and processing, thereby improving work efficiency.


Inverted T-type horizontal machining is widely used in many fields such as aviation, automobiles, molds and energy due to its high efficiency, accuracy and flexibility. For example, in the aviation field, the inverted T-type horizontal machining can be used to process aircraft parts to ensure the safety and performance of the aircraft; in the automotive field, the inverted T-type horizontal machining can be used to process auto parts to improve the performance of the vehicle. quality and performance.


In general, the inverted T-type horizontal machining center is a highly specialized and powerful machine tool that can meet the needs of complex and precision machining. It is an indispensable and important equipment in modern manufacturing.

Specifications/ModelsUnitWY10WY15WY20WY25WY30WY40
Work content
Work surface sizeMM1200×16001700×8002000×12002500×14003000×14004000×1400
X-axis travelMM110016002100260031004200
Y-axis spindle box up and down travel (standard/optional)MM700/900700/9001000/15001000/15001500/20001500/2000
Z-axis column front and rear travel (standard, optional)MM800800/1200800/1200800/1200800/1200800/1200
Distance from spindle center to worktableMM120-890120-1120120-1320120-1820120-1820120-2120
Distance from spindle end face to worktable centerMM130-1030200-1200400-1600500-1700500-1700700-1700
Workbench slot width + T slotMM5-229-289-2811-2811-2811-28
Workbench load-bearingKG12002500300060001000014000
Spindle and spindle specifications
Spindle taper holeISOBT50-190BT50-190BT50-190BT50-190BT50-190BT50-190
Spindle speedRPM4000/60004000/60004000/60004000/60004000/60004000/6000
Type A boring bar specification diameter (optional)MM/110110130130130
Boring bar stroke Z1 (optional)MM/550550550550550
Type B square ram specifications square type (optional)MM//320320320320
Square ram stroke Z2 (optional)MM//600600600600
T-shaped workbench (slot width * number of slots)/28*300/28*30028*30028*30028*300
Feeding system
Shaft Ball Screw SpecificationsMM40/40/5050/50/5063/50/5063/50/5063/50/5080/63/63
XYZ axis rapid movement speedM/MIN32.32.3232.32.3224.24.2424.24.2420.24.2420.24.24
X/Z axis wire gauge specificationsMMRoller 55/55Roller 55/55Roller 55/55Roller 55/55Roller 55/55Roller 55/55
Y-axis wire gauge specificationsMMRoller 55Roller 55Roller 45*4Roller 45*4Roller 45*4Roller 45*4
Motor connection method/DirectDirectDirect connection + reducerDirect connection + reducerDirect connection + reducerDirect connection + reducer
Main motor parameter marking/selectionKW22/+reducer22/+reducer22/+reducer22/+reducer22/+reducer22/+reducer
Axis positioning accuracyMM±0.005±0.005±0.005±0.005±0.005±0.005
Axis item repeat positioning accuracyMM±0.003±0.003±0.003±0.003±0.003±0.003
Minimum move valueMM0.0010.0010.0010.0010.0010.001
Oil and gas pressure system
Spindle box balancing system (vertical installation)/gas balancegas balancegas balancegas balancegas balancegas balance
air pressureKG/MM6.56.56.56.56.56.5
coolant capacityL550550550550550550
Lubricating oil capacity LL444444
Toolholder/Tool Magazine System (specify when ordering)
Tool magazine structure/Disc knife arm typeDisc knife arm typeDisc knife arm typeDisc knife arm typeDisc knife arm typeDisc knife arm type
Number of tool magazines (optional)T24/3224/3224/3224/3224/3224/32
Knife inventory structure (optional)/Chain plate type tool magazineChain plate type tool magazineChain plate type tool magazineChain plate type tool magazineChain plate type tool magazineChain plate type tool magazine
Number of tool magazinesT40/50/60/8040/50/60/8040/50/60/8040/50/60/8040/50/60/8040/50/60/80
Tool changing timeMM5.25.25.25.25.25.2
Maximum tool weightKGS181818181818
Form factor
Weight approx.T913/1516/1822/2424/2632/34
Machine widthMM300040005000650075009700
Machine lengthMM450055005800630063007300
Machine height (maximum)MM410043005000550055006000
Machine tool mechanism/Inverted T shapeInverted T shapeInverted T shapeInverted T shapeInverted T shapeInverted T shape
Chip removal method/Twin screw + chain plateTwin screw + chain plateTwin screw + chain plateTwin screw + chain plateTwin screw + chain plateTwin screw + chain plate