diff --git a/export/cycles_node_reader.py b/export/cycles_node_reader.py
index 0e9bff3a..84f9a582 100644
--- a/export/cycles_node_reader.py
+++ b/export/cycles_node_reader.py
@@ -70,7 +70,7 @@ def _node(node, output_socket, props, material, luxcore_name=None, obj_name="",
         base_color = _socket(node.inputs["Base Color"], props, material, obj_name, group_node_stack)
         metallic_socket = node.inputs["Metallic"]
         metallic = _socket(metallic_socket, props, material, obj_name, group_node_stack)
-        transmission_socket = node.inputs["Transmission"]
+        transmission_socket = node.inputs["Transmission Weight"]
         transmission = _socket(transmission_socket, props, material, obj_name, group_node_stack)
         
         if transmission == 1 and metallic == 0:
@@ -99,16 +99,16 @@ def _node(node, output_socket, props, material, luxcore_name=None, obj_name="",
                 #  - transmission roughness (weird thing, might require rough glass + glossy coating?)
                 "type": "disney",
                 "basecolor": base_color,
-                "subsurface": 0,  # TODO
+                "subsurface": _socket(node.inputs["Subsurface Weight"], props, material, obj_name, group_node_stack)
                 "metallic": metallic,
-                "specular": _socket(node.inputs["Specular"], props, material, obj_name, group_node_stack),
+                "specular": _socket(node.inputs["Specular IOR Level"], props, material, obj_name, group_node_stack),
                 "speculartint": _socket(node.inputs["Specular Tint"], props, material, obj_name, group_node_stack),
                 # Both LuxCore and Cycles use squared roughness here, no need to convert
                 "roughness": _socket(node.inputs["Roughness"], props, material, obj_name, group_node_stack),
                 "anisotropic": _socket(node.inputs["Anisotropic"], props, material, obj_name, group_node_stack),
-                "sheen": _socket(node.inputs["Sheen"], props, material, obj_name, group_node_stack),
+                "sheen": _socket(node.inputs["Sheen Weight"], props, material, obj_name, group_node_stack),
                 "sheentint": _socket(node.inputs["Sheen Tint"], props, material, obj_name, group_node_stack),
-                "clearcoat": _socket(node.inputs["Clearcoat"], props, material, obj_name, group_node_stack),
+                "clearcoat": _socket(node.inputs["Coat Weight"], props, material, obj_name, group_node_stack),
             }
             
             # Metallic values > 0 reduce transmission. At metallic = 1, no transmission happens at all
@@ -172,7 +172,7 @@ def _node(node, output_socket, props, material, luxcore_name=None, obj_name="",
         
         # Attach these props to the right-most material node (regardless if it's glass, disney or a mix mat)
         definitions.update({
-            "emission": _socket(node.inputs["Emission"], props, material, obj_name, group_node_stack),
+            "emission": _socket(node.inputs["Emission Strength"], props, material, obj_name, group_node_stack),
             "transparency": _socket(node.inputs["Alpha"], props, material, obj_name, group_node_stack),
             "bumptex": _socket(node.inputs["Normal"], props, material, obj_name, group_node_stack),
         })