diff --git a/README.md b/README.md
index f4e49cf0184b19e795475ebc7024a147b7557ae0..da71b3a5e16801f80dbeb78eba87e6da5723325a 100644
--- a/README.md
+++ b/README.md
@@ -2,8 +2,8 @@
 
 Comparison of micro-waterjet, laser, EDM, NC, ... cutting
 
-# micro-waterjet
-# [MicroMAX at OMAX Demo Lab - https://www.omax.com/omax-waterjet/micromax]
+## micro-waterjet
+### MicroMAX at OMAX Demo Lab - https://www.omax.com/omax-waterjet/micromax
 Nozzle: 7/15 MAXJET5 Minijet Nozzle with 0.007" ID diamond orifice and 0.015" Roctec 500 mixing tube
 
 Abrasive: 240 mesh Barton HPX garnet with a mean particle size of 60 um at a flow rate of 0.12 lb/min
@@ -13,12 +13,12 @@ Pressure: 50 ~ 55 ksi
 Cutting time: 3.1 min
 
 
-# solid-state laser micromachining
+## solid-state laser micromachining
 <!-- (picture of machine, cost of machine, machining time, picture before and after post-processing) -->
 
-# ultrafast laser micromachining
+## ultrafast laser micromachining
 
-# EDM
+## EDM
 
 ### Full-scale Toolpathing
 
@@ -28,9 +28,11 @@ We toolpathed the microspline part at the full ~2" long scale. This would be cut
 
 Given the long machining time, we ultimately decided to do a 1/3-scale test cut from a stack of 0.01" brass sandwiched between 0.25" aluminum. The perimeter of this toolpath measures 17.5 inches. With an expected cut speed of 0.18 inches/minute, the expected cut time is just about 100 minutes or 1 hr 40 mins.
 
-# NC
+## Micromachining
 
-# [Fablight fiber laser](http://cba.mit.edu/tools/display/?type=tool&id=fablight_3000_laser_cutter)
+test
+
+## [Fablight fiber laser](http://cba.mit.edu/tools/display/?type=tool&id=fablight_3000_laser_cutter)
 
 Machining time: ~5 min