Material: Stainless Steel
Surface: Primary
Size: M4/M5M6/ M8/ M10 /M12/ M16/M20/M24
Sale modle: Wholesale
MOQ: 1pcs
Service: Provide customized services, including size, appearance, color, functionality, and brand development, etc
VCN419.1-SS
VEICHU
| Thread Diameter: | |
|---|---|
| Availability: | |
| Quantity: | |

The spring-less hex socket base ball plunger is an innovative positioning component that operates on a mechanical adjustment principle. It completely eliminates the failure-prone spring mechanism found in traditional ball plungers, replacing it with a precision hex-driven screw-cam (or wedge) mechanism that directly controls ball protrusion.
This design enables infinitely variable and precisely adjustable positioning force while providing a mechanically self-locking holding capability. By turning a hex key, users can lock the ball at any position within its travel range, fundamentally solving the pressure decay issues associated with spring fatigue. This makes it particularly suitable for applications demanding long-term stability and extreme reliability.
Precise Positioning:
The most common function. It ensures two components (e.g., covers, doors, jigs, index plates) align accurately at pre-defined points during closure or movement. The ball engages with a corresponding detent (recessed hole) on the mating part, providing secure and repeatable physical registration.
Limiting & Locking:
Prevents unintended sliding or movement of components. It is often used in drawers, linear slides, and adjustable brackets to provide a defined holding force, preventing accidental disengagement.
Tactile & Audible Feedback:
As the ball snaps into or out of a detent, it produces a clear "click" sensation and sound. This provides unambiguous operational confirmation to the user, significantly enhancing the human-machine interface and overall user experience of a device. Common in joysticks, knobs, and folding mechanisms.
Torque Limitation & Overload Protection:
In drive or linkage mechanisms, the spring force of the plunger can be set to a specific "slip" threshold. If the torque or force exceeds this set value, the ball will disengage from the detent, thereby protecting more sensitive components from damage.
Industrial Machinery & Fixturing:
Quick-change mold and tooling positioning.
Modular fixture location and locking.
Positioning for machine tool doors and safety guards.
Electronics & Instrumentation:
Indexing and detent feel for camera gimbals and tripod heads.
Rotational indexing in control knobs (e.g., audio equipment, oscilloscopes).
Alignment and closure for instrument case covers.
Automotive & Aerospace:
Detent feel for gear selection in joysticks and levers.
Position locking for adjustable seats and steering columns.
Indexed opening for interior components (e.g., storage bins, armrests).
Furniture & Consumer Goods:
End-stop positioning for sliding drawers.
Positioning and locking for folding tables and chairs.
Positive closure for cabinet doors.
Sports Equipment & Outdoor Gear:
Length adjustment locks for trekking poles.
Quick-connect and positioning mechanisms for folding bicycles and tent poles.
We can design a special customized solution for you based on your actual usage scenarios. Welcome to consult.
