diff --git a/Web-app-startup.md b/Web-app-startup.md
index df347a0..2b9ed8a 100644
--- a/Web-app-startup.md
+++ b/Web-app-startup.md
@@ -1,10 +1,10 @@
-# Startup Options on the Web Server
+# Startup options on the web server
 
 Several tools are available on the web server to **initialize and restore camera and spectrometer settings efficiently**. These tools ensure that **EPICS settings match the configurations stored in the camera server**, preventing data acquisition issues due to misconfigurations.
 
 ---
 
-## Save and Restore for Camera Settings
+## Save and restore for camera settings
 
 SwissFEL cameras **do not** have a built-in save-and-restore function for settings. This tool allows **Basler** and **PCO edge** cameras to be **configured with predefined settings stored in the camera server**.
 
@@ -25,7 +25,7 @@ The tool uses the **`group` field** in the camera configuration to organize came
 
 Other groups **can be added** by modifying the camera configurations.
 
-### Database and Configuration Structure
+### Database and configuration structure
 
 The tool retrieves camera settings from configuration files stored on the **camera server**, accessible via **CSM or API**. Settings are stored in a dictionary called **`"hardware_configuration"`**, which contains key-value pairs corresponding to **EPICS process variables (PVs)**.
 
@@ -46,46 +46,46 @@ Each key in `"hardware_configuration"` corresponds to a **PV suffix** for the re
 SARFE10-PSSS059:EXPOSURE → 9.9
 ```
 
-> **Adding New Settings:**  
+> **Adding new settings:**  
 To include additional settings for a camera, **edit its configuration file** in the camera server, ensure the `"hardware_configuration"` dictionary is present, and add the required EPICS parameters.
 
 ---
 
-## Spectrometer Setup Panel
+## Spectrometer setup panel
 
-The **Spectrometer Setup Panel** ensures that **spectrometers operate with the correct EPICS settings** and that the **energy axis is calibrated** to match the camera’s current image dimensions.
+The **Spectrometer setup panel** ensures that **spectrometers operate with the correct EPICS settings** and that the **energy axis is calibrated** to match the camera’s current image dimensions.
 
-### What Happens When a Setup Button is Pressed?
+### What happens when a setup button is pressed?
 
 When a **Setup** button is pressed for a spectrometer, the following process takes place:
 
-1. **Retrieve Stored Configuration**  
+1. **Retrieve stored configuration**  
    - The system **loads the predefined EPICS settings** from the camera server.  
    - **Key parameters such as exposure time, binning, and trigger settings are retrieved**.
 
-2. **Prepare the Camera for Update**  
+2. **Prepare the camera for update**  
    - The camera is **set to idle mode (`CAMERASTATUS = 1`)** to allow safe modifications.  
    - The system **waits for the camera to stop acquiring data** before proceeding.
 
-3. **Apply Configuration Settings to EPICS**  
+3. **Apply configuration settings to EPICS**  
    - Each stored setting is **written to the corresponding EPICS PV**.
 
-4. **Apply Settings Using `SET_PARAM`**  
+4. **Apply settings using `SET_PARAM`**  
    - Once all values are updated, the system **triggers `SET_PARAM`**, instructing the camera to apply the new settings.
 
-5. **Update the Energy Axis Calibration**  
+5. **Update the energy axis calibration**  
    - The system **determines the correct energy axis length** based on **camera image width or height**.  
    - A new **energy axis array** is generated and written to **`SPECTRUM_X`**.
 
-6. **Restore Camera Status**  
+6. **Restore camera status**  
    - The system **returns the camera to its original state (`CAMERASTATUS` is restored)** after updating.
 
-7. **User Feedback**  
+7. **User feedback**  
    - A **status message** below each button confirms whether the update was **successful** or if an **error occurred**.
 
 ---
 
-### When Should These Buttons Be Used?
+### When should these buttons be used?
 
 Use these buttons in the following cases:
 
@@ -96,7 +96,7 @@ Use these buttons in the following cases:
 
 ---
 
-## Example: Camera and Spectrometer Configuration Process
+## Example: Camera and spectrometer configuration process
 
 This example illustrates how settings are applied to an EPICS-controlled camera and spectrometer.
 
@@ -124,7 +124,7 @@ The system then applies `SET_PARAM`, recalibrates the **energy axis**, and **res
 
 ---
 
-## User Interface Overview
+## User interface overview
 
 Below is a preview of the interface, showing the Camera Settings Panel and Spectrometer Setup Panel: