Tapping Center

The full name of tapping center is The drilling and tapping center. It is also called a compact machining center. It is a machine specially optimized for high-speed drilling, tapping, and high-speed machining of aluminum parts, belonging to the smallest type among industrial-grade machining centers, which is highly suitable for enterprises with requirements for footprint.

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Tapping Center

Our drill/tap Machines

Tapping

Although our drilling and tapping centers focus on drilling and tapping capabilities, their milling capabilities are not left behind either, with a total of 5 models to choose from.

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Machine Parameters

  • T600
  • T700
  • T800
  • T1100
  • T1600
Standard configurationUnitT600
Worktable sizemm700*420
Machining rangemm600*400
T-slot (width x quantity x pitch)mm3-14*100
Max. table loadkg350
X/Y/Z axis travelmm600*400*300
Spindle nose to table surfacemm150-450
Spindle taperBT30
Spindle speedrpm15000/20000
Spindle cutting feed ratemm18000
X/Y/Z axis rapid feedm/min48-60
Tool capacityT21
Tool change time (T-to-T)s2
Spindle motorkw5.5
X/Y/Z axis motorskw1.5/1.5/3.0
Positioningmm±0.008
Repositioning accuracymm±0.003/300
Power requirement3-Phases/380V/25KVA
Machine dimensions (L x W x H)mm1900*2100*2300
Machine weightkg3100
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Standard configurationUnitT700
Worktable sizemm800*420
Machining rangemm600*400
T-slot (width x quantity x pitch)mm3-14*100
Max. table loadkg350
X/Y/Z axis travelmm600*400*350
Spindle nose to table surfacemm150-500
Spindle taperBT30
Spindle speedrpm15000/20000
Spindle cutting feed ratemm/min1-18000
X/Y/Z axis rapid feedm/min48-60
Tool capacityT21
Tool change time (T-to-T)s2
Spindle motorkw5.5
X/Y/Z axis motorskw1.5/1.5/3.0
Positioningmm±0.008
Repositioning accuracymm+0.003/300
Power requirement3-Phases/380V/25KVA
Machine dimensions (L x W x H)mm2000*2100*2300
Machine weightkg3200
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Standard configurationUnitT800
Worktable sizemm1000*500
Machining rangemm800*500
T-slot (width x quantity x pitch)mm5-18*90
Max. table loadkg600
X/Y/Z axis travelmm800*500*420
Spindle nose to table surfacemm150-570
Spindle taperBT30
Spindle speedrpm15000/20000
Spindle cutting feed ratemm/min1-18000
X/Y/Z axis rapid feedm/min48-60
Tool capacityT21
Tool change time (T-to-T)s2
Spindle motorkw5.5
X/Y/Z axis motorskw1.5/1.5/3.0
Positioningmm±0008
Repositioning accuracymm±0.003/300
Power requirement3-Phases/380V/25KVA
Machine dimensions (L x W x H)mm2500*2450*2550
Machine weightkg4800
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Standard configurationUnitT1100
Worktable sizemm1300*500
Machining rangemm1100*500
T-slot (width x quantity x pitch)mm5-18*90
Max. table loadkg800
X/Y/Z axis travelmm1100*500*500
Spindle nose to table surfacemm100-600
Spindle taperBT30
Spindle speedrpm15000/20000
Spindle cutting feed ratemm/min1-18000
X/Y/Z axis rapid feedm/min36*36*36
Tool capacityT21
Tool change time (T-to-T)s2
Spindle motorkw5.5
X/Y/Z axis motorskw2.0/2.0/3.0
Positioningmm±0.008
Repositioning accuracymm±0.003/300
Power requirement3-Phases/380V/30KVA
Machine dimensions (L x W x H)mm3100*2550*2650
Machine weightkg5200
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Standard configurationUnitT1600
Worktable sizemm1700*500
Machining rangemm1600*500
T-slot (width x quantity x pitch)mm5-18*90
Max. table loadkg1200
X/Y/Z axis travelmm1600*500*500
Spindle nose to table surfacemm100-600
Spindle taperBT30
Spindle speedrpm15000/20000
Spindle cutting feed ratemm/min1-18000
X/Y/Z axis rapid feedm/min24*24*36
Tool capacityT21
Tool change time (T-to-T)s2
Spindle motorkw5.5
X/Y/Z axis motorskw2.0/2.0/3.0
Positioningmm±0.008
Repositioning accuracymm±0.003/300
Power requirement3-Phases/380V/30KVA
Machine dimensions (L x W x H)mm4200*2500*2650
Machine weightkg7500
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Why choose tapping center?

The first important reason is that the drilling and tapping center is the cheapest among all machining centers; Secondly, the tapping center possesses extremely fast response speed and cutting speed, with tremendous optimization for aluminum part machining, and the speed can achieve 1 to 3 times that of conventional machining centers. tertiary, its footprint is very small, and the entire machine body has undergone size optimization, making it highly suitable for small-area workshops. Furthermore, a 4th-axis and 5th-axis rotary table can also be installed in the later stage to meet more machining demands.

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Drilling and Tapping Center

Images of Drilling&Tapping Centers

FAQ of Tapping Center

 

Can a CNC tapping center machine steel?

It is possible, but the stainless steel machining capability is significantly inferior to that of the legacy machining center.

What spindle speeds are available for a tapping center?

Typical spindle options include:
12,000 RPM
15,000 RPM
20,000 RPM
24,000 RPM

Higher spindle speeds improve productivity and surface finish, especially for aluminum machining.

Should I choose a tapping center or a vertical machining center?

If you are producing single aluminum parts, a dedicated tapping center is the way to go, offering more than double the efficiency of a VMC. However, if you are machining a diverse range of materials, a vertical machining center is the better choice due to its greater versatility.

What coolant systems are available for tapping centers?

Available options include:
Flood Coolant
Through-Spindle Coolant (TSC)
Air Blast
Oil Mist Cooling
Minimum Quantity Lubrication (MQL)

Through-spindle coolant is recommended for deep-hole drilling and high-speed tapping.

Which spindle taper is commonly used in tapping center?

Most CNC tapping centers use:
BT30 (Most Popular)
ISO30
HSK-E40 (High-Speed Models)

BT30 provides excellent balance between rigidity and high-speed performance.

What factors affect tapping quality?

Successful tapping depends on:

Correct spindle synchronization
Proper cutting speed
Suitable tapping tool
Coolant performance
Machine rigidity
Accurate hole diameter
Correct thread depth

Rigid tapping technology ensures accurate thread pitch without requiring a floating tapping holder.

What are the common faults of a CNC tapping center?

Common issues include:

Broken taps
Tool wear
Poor thread quality
Spindle overheating
ATC malfunction
Servo alarms
Lubrication failure
Coolant blockage
Excessive vibration

Regular preventive maintenance minimizes downtime and extends machine life.

How should a CNC tapping center be maintained?

Daily:
Remove chips
Check lubrication
Check coolant level
Inspect air pressure
Weekly:
Clean spindle taper
Inspect ATC
Check coolant concentration
Monthly:
Inspect ball screws
Check linear guideways
Verify machine leveling
Clean electrical cabinet
Annually:
Laser calibration
Ball bar inspection
Geometric accuracy testing
Servo parameter inspection

Preventive maintenance ensures consistent accuracy and long service life.