[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
[Features]· Simple structure indexing plunger.· Pull the knob and rotate it 90 degrees to lock the pin in the retracted position.· To release the lock, pull the knob slightly and rotate it 90 degrees.· It returns to its original position with built-in spring force.· Superior cost-effectiveness.· Pin diameter: ⌀3–⌀10; main body thread diameter: M6–M16 are standardized. M6–M12 are available in both coarse and fine threads.
