Automatic mobile leak detection equipment with fast testing, one-touch start, and auto zeroing.
Helium Leak Detection Solutions
DROIDE SHANGHAI
DROIDE SHANGHAI is built around high-precision helium mass spectrometer leak detection technology, with focused capability in helium leak detectors, vacuum helium testing systems, and custom automated leak testing equipment. For new energy batteries, automotive components, semiconductor packaging, liquid cooling systems, and precision manufacturing, the company delivers system-level leak tightness testing solutions covering equipment selection, fixtures, vacuum systems, automation integration, and on-site delivery.
Customized helium leak detection systems configured around parts, cycle time, and testing targets.
High-precision helium tracer testing for fast detection of extremely small leaks.
Applications across batteries, chip packaging, automotive parts, semiconductor equipment, liquid cooling, and medical devices.
About Us
About DROIDE SHANGHAI
Focused on leak detection equipment, vacuum testing systems, and application services for precision manufacturing customers.
Helium leak detection equipment and system solutions for precision manufacturing
Founded in 2013, DROIDE SHANGHAI focuses on the R&D and production of helium mass spectrometer leak detectors. Its products are exported to Europe and North America, with CE and ISO9001 certification. The company provides helium leak detection, vacuum chamber helium recovery, and custom automated testing systems to help customers identify micro-leaks in production and final inspection.
Product Center
Product Center
ZD-230
ZD-230 Series is designed for industrial leak-tightness testing. It can be configured around part structure, leak-rate targets, cycle time, automation conditions, testing method, vacuum system, fixtures, and data interfaces.
ZD-260
ZD-260 Series is designed for industrial leak-tightness testing. It can be configured around part structure, leak-rate targets, cycle time, automation conditions, testing method, vacuum system, fixtures, and data interfaces.
ZD-820
ZD-820 Series is designed for industrial leak-tightness testing. It can be configured around part structure, leak-rate targets, cycle time, automation conditions, testing method, vacuum system, fixtures, and data interfaces.
ZD-830
ZD-830 Series is designed for industrial leak-tightness testing. It can be configured around part structure, leak-rate targets, cycle time, automation conditions, testing method, vacuum system, fixtures, and data interfaces.
ZD-230M
ZD-230M Series is designed for industrial leak-tightness testing. It can be configured around part structure, leak-rate targets, cycle time, automation conditions, testing method, vacuum system, fixtures, and data interfaces.
Helium Mass Spectrometer Leak Detector
DROIDE SHANGHAI provides helium mass spectrometer leak detection, vacuum chamber helium recovery, and custom automated testing systems for manufacturing scenarios that require tightness, stability, and testing efficiency.
Applications
Applications
Industrial testing scenarios organized around product fit, testing goals, and delivery methods.
New Energy & Batteries
For leak testing needs in cells, modules, packs, and thermal management components.
Automotive Parts
For valve bodies, pipelines, compressors, housings, and manufacturing leak test workflows.
Refrigeration & Compressors
For vacuum chambers, helium recovery, and batch testing cycle requirements.
Electronics & Semiconductors
For small leaks, clean processes, and high-precision testing requirements.
Medical & Precision Manufacturing
For safety, reliability, and consistent testing results.
Labs & R&D
For small-batch validation, method development, and parameter tuning.
Service Support
Services
Pre-sales communication, solution configuration, delivery installation, and after-sales support.
Technical Consultation
Clarify test objects, operating conditions, cycle time, quality goals, and project scope.
Testing Solution Design
Plan leak detection methods, gas paths, fixtures, and test processes based on parts and targets.
Equipment Selection
Match leak detectors, workstations, vacuum chambers, recovery units, and automation interfaces.
Custom System Integration
Build automated testing systems around line space, loading methods, and data interfaces.
On-site Delivery & Training
Support installation, parameter setup, sample validation, and operator training.
After-sales Maintenance
Provide maintenance advice, troubleshooting, spare parts support, and continuous response.
Workflow
From Requirements to Stable Operation
Each step focuses on testing goals, equipment configuration, and on-site delivery.
Requirement Review
Confirm test objects, working conditions, cycle time, and quality requirements.
Solution Configuration
Match equipment models, test methods, fixtures, and system interfaces.
Delivery & Installation
Complete delivery, on-site installation, commissioning, and training.
After-sales Support
Provide technical support, maintenance advice, and ongoing service response.
News
News
Technical notes, maintenance guidance, application scenarios, and project experience to help customers evaluate equipment selection and operating conditions.
Why Should Buyers Not Choose a Helium Leak Detector Only by Low Price?
A helium leak detector purchase should compare leak-rate target, test method, vacuum system, fixture repeatability, delivery, commissioning, and maintenance support, not only price.
- A low-price detector may fit basic testing but may not fit continuous production or strict quality control.
- Project results depend on system configuration, fixture, gas path, cycle time, and service support.
How to Configure a Helium Leak Detector for New Energy Battery Projects?
For new energy battery projects, helium leak detector configuration should consider cells, modules, packs, cold plates, part structure, leak rate, cycle time, fixtures, vacuum chamber, and traceability.
- Start by identifying the tested part: cell, housing, cold plate, valve body, or pack component.
- Then confirm leak-rate target, test pressure, cycle time, and automation interface.
Helium Leak Detector vs. Air Tightness Tester: What Is the Difference?
Helium leak detectors are suitable for micro-leaks and high-sensitivity sealing tests, while common air tightness testers fit larger leaks, faster cycles, or cost-sensitive checks.
- The two methods differ in principle, sensitivity, suitable parts, and system cost.
- Micro-leaks, vacuum chamber testing, and high-reliability parts usually fit helium leak detection better.
What Should Be Included in a Daily Checklist for Helium Leak Testing Equipment?
A daily helium leak testing checklist should cover vacuum pumps, gas path, fixture sealing, standard leak, background value, alarm records, and operating environment.
- The purpose of inspection is to detect stability changes before they affect production.
- Vacuum system, gas path, and fixture sealing are the core maintenance items.
How to Balance Sensitivity and Cycle Time in Helium Leak Detection?
Helium leak detector selection should balance leak-rate target, part structure, pump-down time, fixture repeatability, and production cycle time.
- Define the target leak rate from product quality requirements before choosing sensitivity.
- Cycle time is affected by pump-down, helium filling, fixture sealing, and automation handling.
What Site Conditions Should Be Confirmed Before Buying a Vacuum Chamber Helium Testing System?
Before purchasing a vacuum chamber helium testing system, confirm part data, leak-rate target, cycle time, space, utilities, exhaust, data interface, and maintenance access.
- Site conditions affect chamber size, pump configuration, fixture method, and automation interface.
- Utilities, exhaust, space, and maintenance access should be confirmed during solution design.
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