Vibration-Damped Milling Tool Holders for Stable Long-Reach Machining
Long-reach and deep-pocket machining shouldn’t force you to slow down. MAQ STMD™ milling tool holders automatically respond to changing vibration conditions, helping maintain stable cutting, increase feed rates, improve surface finish, and maximize productivity in demanding milling applications.
Available in reach ranges from 3xD to 7xD.
Is Vibration Limiting Your Milling Performance?
You may be losing productivity if:
· You reduce feed rates to stop chatter
· Your cutter vibrates during deep pocket machining
· Surface finish requirements are difficult to achieve
· You cannot use all available inserts effectively
· Operators frequently adjust cutting parameters to control vibration.
Why Manufacturers Choose MAQ
Stable machining in challenging applications Reduce chatter and maintain predictable performance, even in long-reach milling operations where vibration typically limits productivity.
Increase productivity without sacrificing quality Run higher speeds and feeds while achieving improved surface finish and longer tool life.
No tuning. No adjustments. STMD™ automatically adapts to changing cutting conditions, eliminating the need for manual tuning or setup changes.
Milling Tool in Action
Watch how STMD™ technology suppresses vibration during milling and enables stable machining at demanding overhangs.
Traditional damped tool holders are designed to target a specific vibration frequency. When cutting conditions change, their effectiveness can decrease.
Our patented STMD™ technology continuously adapts to changing vibration frequencies during machining, helping maintain stable cutting conditions across a wider range of applications.
By adapting in real time, STMD™ reduces chatter, improves surface finish, and enables higher productivity without manual tuning or adjustments. The result is more stable machining, especially in long-overhang applications where vibration can limit performance.
Customer cases
See how manufacturers have increased productivity and improved machining stability using MAQ’s vibration-damped tools.