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Norcom Systems Inc.
NorCom Systems Inc.
THE TECHNOLOGY LEADER IN HERMETIC SEAL INSPECTION
NorCom Systems Inc. is the exclusive manufacturer of Optical Leak Test systems for fine and gross leak inspection of hermetically sealed components. Our advanced technology has made us the leader in leak test technology for over twenty years.
All systems manufactured comply with the updated requirements of Military Standards 883 and 750 for both gross and fine leak inspection
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The Most Advanced Leak Test System Available
NorCom 2020
The NorCom 2020 provides automated in line, full matrix leak testing of hermetically sealed microelectronic and optoelectronic devices. It eliminates the need for helium mass spectroscopy and gross leak bubble testing by utilizing a patented laser interferometer to simultaneously measure gross and fine leaks in hermetic devices.
Since the reliability of hermetic electronic packages is dependent on the detection of gross and fine leaks, the NorCom 2020’s pinpoint accuracy, repeatability and increased production throughput make the system an essential requirement for hermetic device production.
The NorCom 2020 provides quantitative leak test results in the industry standard of cc-atm/second helium. The system is ideal for optoelectronic, semiconductor and PC board-mounted devices for military, aerospace and telecommunication applications.
Features:
- Simultaneously tests for fine and gross leaks
- Quantitative results measured in cc-atm/second helium
- One-step calibration and setup
- Tests variety of hermetically sealed devices, including PC board-mounted and pig-tailed packages
- Provides Statistical Process Control (SPC) for tracking of test results
- MIL-STD 883 and MIL-STD-750 compliant
Benefits:
- Reliable and repeatable test results
- No helium mass spectroscopy or bubble testing
- Increases production throughput
- Improves packaging process control
- Eliminates back-end production bottlenecks
- Minimal training required.
- Accommodates “welding trays” from typical seam welders
- Eliminates red dyes used with Kr85 gross leak testing
- Not susceptible to gas absorption like helium mass spectroscopy and krypton 85 testing
- No helium bombing required
Applications:
- Military Hi-Rel
- Microelectronics
- Optoelectronics
- Microwave
- PC board-mounted devices
- Relay
- Medical devices
- Display devices
- MEMS
Specifications - NorCom 2020-6:
- Inspection Pallet Size: 5.5″ x 4.5″ (14cm x 11.4cm)
- Max # Devices/Cycle: 1-250 devices (Package size dependent)
- Throughput/Hour: 3000 devices (3.8 mm sq package) (Package Size Dependent)
- Leak Rate Measurement Unit: cc-atm/sec helium
- Dimensions: 56″L x 42″W x 53H, 425 lbs. (142cm L x 107cm W x 135cm H,193 kg)
- Input Power (Domestic): 115 VAC, 60Hz, 15 amps
- Input Power (Export): 220-240 VAC, 50Hz, 8amps
- Air Supply: 70psi @2cfm, water separator
- Helium Consumption: 0.9 cubic ft/cycle@50psi
- Laser Safety Classification: CDRH Class 2
- Operating System: Windows 11
- MIL-STD 883 Method 1014, MIL-STD 750 Method 1071
Specifications - NorCom 2020-12:
- Inspection Pallet Size:12″ x 6″ (30.5cm x 15.2cm)
- Max # Devices/Cycle: 1-500 devices (Package size dependent)
- Throughput/Hour: 5000 devices (3.8 mm sq package) (Package Size Dependent)
- Leak Rate Measurement Unit: cc-atm/sec helium
- Dimensions: 56″L x 42″W x 53H, 425 lbs. (142cm L x 107cm W x 135cm H, 193 kg )
- Input Power (Domestic): 115 VAC, 60Hz, 15 amps
- Input Power (Export): 220-240 VAC, 50Hz, 8amps
- Air Supply: 70psi @2cfm, water separator
- Helium Consumption: 1.4 cubic ft/cycle@50psi
- Laser Safety Classification: CDRH Class 2
- Operating System: Windows 11
- MIL STD Approved: MIL-STD 883 Method 1014, MIL-STD 750 Method 1071