System for fastening multiple stacked planar objects with adaptive compensatory mechanism

A system for joining multiple stacked planar objects, each of the stacked planar objects having a top planar surface and an underside planar surface while carrying a plurality of corresponding holes which become aligned accordingly to form a plurality of longitudinal grooves upon placement onto a placement platform, the system comprising:

• a damping module including a damper and a resilient component arranged within a holder with the resilient component located adjacent to the damper, the damper including a head portion protruding out from an opening of the holder;
• a pressing module incorporated with a pressing ram is mounting apart on top of the head portion of the damper with a distance spanned between the pressing ram and the damper, the pressing ram having a tip to hold a tack pin and being displaceable at a vertical axis towards the head portion of the resilient component;
• the placement platform for placement of the multiple stacked planar objects, the placement platform being configured to position one of the longitudinal grooves of the stacked planar objects under the pressing ram such that the hold tack pin is insertable into the positioned longitudinal groove for fastening the stacked planar objects thereby for each pressing cycle, the head portion of the damper substantially aligning with the positioned longitudinal groove and abutting onto the underside planar surface of the planar stacked objects, the damper and the resilient component being subjected to a compression force for each pressing cycle upon insertion of the tack pin into the positioned longitudinal groove by the pressing ram;
• and
• a compensatory mechanism engaging to the damping module, the compensatory mechanism is being adaptively adjusting position of the head portion of the damper in relation to the pressing ram at a vertical and/or a horizontal plane.