To　simplify　the　production　process　of　intraocular　lens　(IOL)　and　to　solve　the　problem　of　lacking　adjustable　ability,　we　proposed　a　novel　soft　IOL　with　large-scale　adjustable　ability　and　rigid　haptics　based　on　heat-assisted　method,　and　gravity-assisted　method.　Polydimethylsiloxane　(PDMS)　and　rigid　material-polymethyl　methacrylate　(PMMA)　were　used　as　the　materials　for　fabricating　optical　lens　(PDMS)　and　haptics　(PDMS　and　PMMA)　through　changing　the　weight　ratio　of　the　solution.　A　lens-smartphone　microscopy　system　was　established　to　replace　the　traditional　digital　microscopy　to　measure　the　tiny　displacements　and　shape　changes.　The　PDMS　lens　has　excellent　optical　property　through　an　experiment　in　which　the　maximum　optical　power　was　around　273.2　D.　Experimental　results　indicated　that　the　maximum　optical　power　of　PMMA　IOL　was　129.3　D,　and　that　in　PDMS　IOL,　however,　was　only　56.0　D.　Thus,　the　rigid　PMMA-IOL　has　a　larger　adjustable　range.　The　production　process　of　PDMS　was　mold-free,　rapid,　real-time,　and　highly　repeatable　and　there　was　no　need　for　a　rigorous　experimental　environment　either.　This　creative　processing　technology　reduced　the　manufacturing　steps　from　which　an　optical　lens　with　high　transmittance　and　high　resolution,　as　well　as　hatics　with　accurate　dimensions,　were　obtained.　The　rigidity　of　haptics　affected　more　intensely　than　other　factors　did　for　improving　the　pre-displacement　and　changing　the　appearance　of　PDMS　lens.　Even　though　the　rigidity　of　PMMA　haptics　is　large　enough　for　accommodating,　there　are　many　drawbacks　during　manufacturing.　It　is　unavailable　to　rapid　fabricate　IOL　using　PMMA.　Thus,　further　work　will　be　required　to　alter　the　weight　ratio　of　PDMS　material,　increase　the　rigidity,　and　enhance　the　adjustable　ability　of　PDMS　IOL.　©　2016,　Editorial　Office　of　Journal　of　Biomedical　Engineering.　All　right　reserved.