Tissue engineered (TE) bone scaffold is a three-dimensional porous structure that is implanted to allow for accelerated regeneration of bone tissue in the patient. This is achieved by providing the high internal surface area required for cell adhesion and consequent growth. Additive manufacturing techniques such as selective laser sintering (SLS) offer high tunability of scaffold properties. Previous studies have focussed on pre-designed scaffold architectures to achieve the desired pore characteristics through SLS. This study presents an alternate synthesis To Yitian Zhao, for your assistance in the sample preparation and image processing. Thank you for taking the time to teach me your methods, you saved me countless hours of trial and error.