Boring Heads TRIZ Cases
- Boring Head Scale Geometry for Parallax-Free Tool Positioning
A convex bevel scale surface lets operators read boring head graduations from the side without parallax, improving tool position accuracy.
- Adjustable Boring Head for Deflection Compensation
A sliding tool unit and locking mechanism add height-direction adjustment to compensate deflection and improve boring tolerance and surface finish.
- Adjustable Tool Holder With Eccentric Sleeve for Balanced Diameter Tuning
Eccentric sleeve and slider motions in different directions simplify drill diameter adjustment while maintaining balance and precision.
- External Boring Head Adjustment for Simpler Cross Slide Positioning
Two external adjustment elements reposition the cross slide without internal spindle head mechanisms, cutting complexity and manufacturing cost.
- Wheel Hub Hole Boring Machine With CNC Facing Head Automation
Automatic centering, CNC facing-head control, and chip removal raise wheel hub hole precision while improving machining throughput.
- Modular Boring Head Click Mechanism for Fine Diameter Adjustment
Audible and tactile clicks let a modular boring head make precise diameter adjustments without auxiliary measurement tools or locking screws.
- Hydraulic Expansion Tool Holder for Precise Cutting Circle Adjustment
A hydraulic expansion holder replaces backlash-prone gear adjustment, enabling precise cutting circle diameter changes with simpler maintenance.
- Dual-Scale Angular Adjustment Assembly for Better Scale Legibility
A fixed-mount measuring scale paired with a mobile-part Vernier improves legibility and precision in manual angular adjustment.
- Boring Tool Wedge Clamping for Automated Diameter Adjustment
A spring-preloaded wedge clamp locks the boring tool slider without continuous power, enabling faster and more reliable diameter adjustment.
- Boring Head Scale Geometry for Parallax-Free Side Reading
A convex bevel scale lets boring head graduations be read accurately from the side, reducing blocked sightlines and parallax in machine setups.
- Radially Adjustable Cutting Tool Holder With Transverse Fine Adjustment
A transverse adjusting element enables precise radial cutting-edge setting in tight axial space, allowing more carriers on one tool.
- Centrifugal-Force Boring Bar for Precise Insert Setup
Rotation-driven actuation places the cutting insert accurately at speed, improving boring bar setup precision without special setup devices.
- Radial Cutting Insert Holder Adjustment for Precise Bore Finishing
A transverse threaded setting device moves cutting insert holders radially for precise positioning in compact bore finishing tools.
- Facing Head Sealing and Torque Sharing for Accurate Slide Positioning
A sealed rotary compartment, pressurized air, and balanced gear chains protect facing head electronics while keeping radial slide positioning accurate.
- Hydraulic Facing Head Coupling for Automated Tool Clamping
Separate hydraulic circuits and a coupling at the tool-change position enable automatic tool release while preserving stable clamping pressure.
- Machine Tool Spindle Coupling for Differential-Speed Tool Adjustment
An axially shiftable gear coupling lets a second drive create differential speed for precise radial tool adjustment without complex spindle structures.
- Facing Head Sealing and Torque Layout for Accurate Radial Slide Positioning
A sealed rotary compartment and dual gear chains improve radial slide accuracy, torque sharing, and automatic locking in a facing head.
- Direct-Drive Spindle Assembly for Compact Vibration-Resistant Tool Adjustment
A rear-mounted angle transmission and concentric feed shaft make spindle tool adjustment compact, rigid, and resistant to vibration.
- Boring Tool Differential Spindle Transverse Adjustment
Transverse differential spindle reduces axial length while maintaining 1 μm fine adjustment precision.