Tapping Systems Built for High-Efficiency Machining 

For precision manufacturers, tapping is more than just "drilling screw holes." It involves tap breakage prevention, depth accuracy, synchronous compensation, and line change efficiency. ANNWAY focuses on a full range of tapping holder systems, covering torque extension, rigid, and synchronous tapping technologies. We provide a complete, high-stability thread processing solution, helping factories maintain zero breakage, high quality, and high productivity even when facing mass production and high-hardness material challenges.

Common Pain Points of Taps

Unstable torque, high risk of broken teeth and precision issues

In blind hole tapping or when encountering hard materials, if the tool holder lacks torque overload protection, the tap is easily twisted off inside the hole, leading to workpiece scrap and production line downtime.

Synchronous feed errors lead to damaged threads or hole expansion

When traditional machines switch between spindle speed and feed rate, tiny steps out of sync cause thread damage. Without axial compensation in the tool holder, thread accuracy is difficult to reach the 6H level.

Time-consuming line change adjustments for diverse tap sizes

Facing different tap specifications (M3 to M30), the lack of a quick-change mechanism means just changing collets and calibrating tooth depth takes up a lot of effective processing time.

Difficult to meet deep hole and Morse Taper requirements

Specific equipment or deep hole machining scenarios require special tool holders (such as Morse Taper or straight shank extension). If the system lacks flexibility, scheduling and fixture preparation become very difficult.

ANNWAY Tapping System

Solving Machining Problems with Core Technology

Cross-Industry Practice

How ANNWAY Empowers Different Fields with Production Advantages

Annway's threading technology has been widely applied in manufacturing sites worldwide. To address the stringent challenges of different industries, we offer customized optimization solutions:

Automotive Parts Industry

Pursuing extreme rhythm and zero defect rate.

In the high-speed production lines of engine blocks or transmission housings, there are numerous threaded holes. Through the 0.5mm micro-compensation of the WER synchronized tapping series, feed errors during high-speed reversing can be eliminated, achieving not only perfect thread profiles but also extending tap life by more than 30%, ensuring the stable operation of 24/7 automated production lines.


Molds and Heavy Industry

The Last Line of Defense for Protecting High-Value Workpieces

When dealing with large mold bases or high-hardness mold steel, the unit price of workpieces is extremely high, and any risk of tool breakage is absolutely unacceptable. The TPM torque expansion system, equipped with a sensitive clutch mechanism that automatically disengages during overload, becomes the best insurance for protecting expensive workpieces. 


Aerospace and Energy Industry

Tackling High Precision Demands for Hard-to-Machine Materials

For aerospace materials such as titanium alloys and nickel-based alloys, a 6H grade thread gauge precision and high surface finish are required. Choosing the TER rigid expansion series with central coolant can effectively expel chips and suppress thermal displacement, ensuring that every threaded hole meets the most stringent aerospace standards.


General Machinery and Maintenance

Flexible Switching for Small Batches

At maintenance sites or semi-automatic processing areas, frequent changes of thread gauges are required. Using the DT series radial arm drilling and tapping set or the AT-12 pneumatic tapping machine, with adjustable torque and quick-change design, operators can switch specifications within seconds, maximizing equipment utilization.


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