Multi-Tasking Tooling Systems Engineered for Complex Process Integration

In the pursuit of modern high-efficiency manufacturing, multi-tasking has become the key to shortening lead times and enhancing precision. ANNWAY has developed a comprehensive range of turning tool systems specifically for multi-tasking machines, covering international standards such as HSK-T and PSC (Polygonal Shank). Through high-precision positioning and robust clamping rigidity, we help customers complete turning, milling, drilling, and tapping in a single setup. This eliminates cumulative errors from secondary setups and achieves high-efficiency, "one-stop" precision production.

Common Pain Points of Taps

Concentricity Errors from Secondary Setups

Traditional machining requires moving parts between lathes and mills. Repeated clamping causes center-point shifts, making it difficult to achieve strict positional tolerances.

Insufficient Interface Rigidity Affecting Stability

During heavy turning on multi-tasking machines, if the interface (such as HSK-T) lacks binding rigidity, vibrations occur, compromising surface finish and dimensional stability.

Time-Consuming Tool Height Calibration

In the cramped envelopes of multi-tasking machines, a lack of precise center-height positioning forces operators to spend excessive time on calibration, lowering machine uptime.

Interference and Vibration from Excessive Tool Overhang

Multi-tasking often involves complex geometries. If tooling configurations lack flexibility, they may interfere with machine structures or cause chatter marks due to long overhangs.

ANNWAY Multi-Tasking System

Solving Challenges with Core Technology

High-Precision HSK-T / PSC Interface Technology

ANNWAY strictly adheres to international standards, ensuring tool holders and spindles possess excellent repeatability and radial rigidity to support heavy multi-tasking demands.

Precision Positioning Mechanisms for Tool Tip Consistency

Optimized drive keys and grinding processes ensure that tool tip height and position remain consistent after every tool change, drastically reducing compensation time.

Modular Structural Design for Maximum Flexibility

We offer diverse shanks and adapters, allowing customers to flexibly configure tool lengths and types based on part complexity, effectively avoiding interference zones.

Optimized Balancing and Anti-Vibration Performance

Holders are dynamically balanced for the high-speed requirements of multi-tasking machines, ensuring micron-level precision in milling mode while suppressing chatter during turning.

Cross-Industry Practice

How ANNWAY Empowers Different Sectors

ANNWAY’s multi-tasking technology helps global clients simplify processes and excel in complex part manufacturing :

Aerospace Industry

Precision Machining of Complex Components

When machining heat-resistant alloys for engine parts or landing gear components with complex geometries, ANNWAY systems ensure all cutting is completed in one setup, meeting rigorous geometric tolerances.

Medical Devices

Production of Small Implants and Precision Parts

For orthopedic implants (e.g., artificial joints) or dental components, ANNWAY’s high-concentricity holders allow for micro-turning and milling on compact multi-tasking machines, ensuring surface finishes required for biocompatibility.

Energy & Oil / Gas

Large Precision Piping and Valve Machining

For large, heavy valve components, reducing secondary setups means reducing risk. ANNWAY’s high-rigidity multi-tasking tools withstand heavy cutting, ensuring stability for large workpieces.

Precision Machinery & Automation

Efficient Mass Production and Integration

For multi-functional mechanical parts, ANNWAY systems shorten cycle times from blank to finished product, helping clients achieve highly efficient "input-to-output" automation goals.