You will be presented with the full text of a biomedical research paper. Please write an abstract for this paper. Your response should include the abstract and no additional text.

Paper text:
have been adapted to improve the strength of ceramic to increase its applications and has been well - documented . though increased application and newer material are available , the lacunae exist in enhancing the usability of conventional ceramics .
this procedure describes a method of customizing a pressable ingot with reinforcement of nano zirconia particles to achieve better strength and increase the applications pressable ingots .

 manually break the ceramic ingot into small particles with the malletten percentage nano zirconia particles were added to ceramic particles and ball milled for 24 h to obtain the desired ceramic particle size , and uniform manipulation of zirconiacut the center of a 5 ml disposable syringe ( dispovan ; hindustan syringes & medical devices limited , india ) [ figure 1]combine the reinforced zirconia lithium silicate powder and modeling liquid ( ips classic ; ivoclar vivadent inc . ) to desirable consistencyload the syringe with manipulated material and through the open - endcondense the mixture mechanically through the open - end of syringe [ figure 2]the packed material is removed and sintered in a ceramic furnace at 900c to form an ingot [ figure 3 ] 
 the reinforced sintered ingot was used in the pressable ceramic machine ( programat ep 5000/g2 ; ivoclar vivadent inc . ) . 
  manually break the ceramic ingot into small particles with the mallet ten percentage nano zirconia particles
were added to ceramic particles and ball milled for 24 h to obtain the desired ceramic particle size , and uniform manipulation of zirconia cut the center of a 5 ml disposable syringe ( dispovan ; hindustan syringes & medical devices limited , india ) [ figure 1 ] combine the reinforced zirconia lithium silicate powder and modeling liquid ( ips classic ; ivoclar vivadent inc . ) to desirable consistency load the syringe with manipulated material and through the open - end condense the mixture mechanically through the open - end of syringe [ figure 2 ] the packed material is removed and sintered in a ceramic furnace at 900c to form an ingot [ figure 3 ] 
  the reinforced sintered ingot was used in the pressable ceramic machine ( programat ep 5000/g2 ; ivoclar vivadent inc . ) . slicing of disposable syringe for ingot compacting the ceramic material sintered ceramic ingot
the properties of reinforced ceramic porcelain are anticipated to increase because of the nano zirconia reinforcement .
the procedure adapted can be an additional step in fabricating procedure but this simplified technique enhances its applications .
in addition , more analysis is essential to recognize the variations in the material properties of reinforced ingot caused due to the procedure in fabrication .
a method of formulating a reinforcement lithium disilicate ceramic ingot was proposed . 
 the ceramic ingot was broken manually with a mallet to finer particles . 
 the sectioned ingot is ball milled along with 10% of nano zirconia by weight to obtain the desired powder . 
 the reinforced powder is condensed in a 5 ml disposable syringe by powder slurry technique . 
 the compacted ceramic were sintered at 900c to obtain ceramic ingots . 
 the reinforced ceramic ingots were used in pressable ceramic machines to obtain the desired advantages of zirconia reinforcement and pressable ceramic system .