LACO’s manually operated helium bombing systems utilize our standard gas charge manifold (LMGC-60 or LMGC-100) in conjunction with our standard helium bombing chambers. The manifold includes three main valves: helium fill, evacuation, and vent. The user connects helium gas to the manifold and then can manually control helium gas exposure to the test parts. LACO offers 4 sizes of bombing chambers to meet your part and batch size needs.
After helium exposure, the user can use LACO’s leak detector vacuum chambers with our TITAN VERSA™ Helium Leak Detector to determine if the part is a pass or fail.
Bombing System Configuration Options
| 1. Select Your Bombing Chamber | |
3" DIA x 6" L 
8" DIA x 3" H |
10" DIA x 10" H 
14" DIA x 16" H |
| Max pressure rating: 100 psig | |
| 2. Select Your Helium Charge/Management |
|
MANUAL 
LMCG-60 or LMGC-100 AUTOMATED 
ATLAS™ Leak Test Process Controller |
| 3. Select Your Vacuum Pump |
Wet Pump 
Dry Pump |
| 4. Select Mounting & Leak Detector |
 
Production Cart or Tabletop Base 
TITAN VERST T |
Bombing Part Number Matrix
LACO has recently changed how part numbers are built, specifically for bombing chambers. See the table below to compare old part numbers with our updated part numbers:
| Old Bombing Chamber P/N | New Equivalent Bombing System P/N |
| LBC0404-60 |
This chamber size is obsolete but can use LBS0306-LXXX-X |
| LBC0803-100 (or 60) |
LBS0803-HXXX-X |
| LBC1010-100 |
LBS1010-HXXX-X |
| LBC1419-100 |
LBS1416-HXXX-X |
| LBC0915-60 |
This chamber size is obsolete but can use LBS1010-HXXX-X |
Looking for a custom solution? Our sales and engineering teams can provide custom helium bombing solutions to meet your unique requirements.
