Company and capability brief

Engineering focus

Connect sensors, instruments and PLCs to measurement, test workflows and records. Start with equipment connectivity and test-bench integration; assess expansion after a measured pilot.

• Equipment connectivity and data acquisition: Connect existing sensors, instruments and equipment. Bring readings and equipment status to computers and mobile devices.
• Edge vision and instrument reading: Observe instruments and equipment with cameras. Keep site photographs alongside readings for human review.
• Indoor robot inspection: Keep fixed monitoring running while a mobile robot visits designated points to collect readings and visual evidence.
• Cloud and mobile coordination: Organise field readings, exceptions and inspection evidence in a shared operational view.

Applications

• Equipment and test-bench integration: Instrument functional tests, heat-exchanger thermal tests, hydraulic test benches and factory measurement systems.
• Automated testing and vision coordination: Functional tests for electronics, automotive components and appliances; visual localisation, three-axis motion and dispensing.
• Laboratory and research equipment monitoring: Laboratory conditions, refrigerated equipment, CO₂, differential pressure, clean areas and equipment status, subject to available sensors.
• Cold-chain and warehouse environment monitoring: Pharmaceutical storage, logistics warehouses, cold rooms, sample refrigerators and archive rooms.
• Equipment-room and facility monitoring: Enterprise equipment rooms, UPS and HVAC status, electrical rooms and distributed sites.
• Instrument vision and indoor robot pilots: Indoor gauge, indicator and appearance inspection in laboratories and equipment rooms.

Engineering experience

• From field equipment to mobile visibility — Measured data path. The measured foundation does not establish universal protocol or notification coverage. Confirm equipment, history, collaboration channels and acceptance scope for each project.
• Coordinate vision, three-axis motion and dispensing — Published technical example. Historical technical material illustrates an engineering approach. It does not identify an undisclosed customer, a current customer relationship or verified production performance.
• A shared view of cold-room conditions — Historical product material. Historical specifications and compliance statements do not constitute verified capabilities or certification of the current EzDAQ system. Customer acceptance records are not presented.
• Connect operating conditions to heat-exchanger test data — Historical product material. Published functional descriptions are an engineering reference. They are not a customer acceptance report or a performance guarantee for new equipment.
• Combine fixed monitoring with robot observation — Pilot design. This is a pilot design. The robot system has not completed physical acceptance testing. Images and demonstrations are illustrative, not customer-site photographs or live data.
• Consolidate equipment-room conditions and status — Application experience. Historical application experience. Current equipment interfaces, deployment conditions and notifications require project-specific validation.
• Monitor laboratory conditions and refrigerated equipment — Application experience. Historical application experience. Gas, pressure differential, clean-area parameters and video depend on actual site equipment and configuration.
• Integrate product functional tests at a production station — Project experience. An engineering experience direction. Equipment, cycle time, accuracy and decision rules must be validated in a new project.

Delivery workflow

1. 01

   Review devices and requirements

2. 02

   Define scope and acceptance

3. 03

   Validate one equipment path or station

4. 04

   Document results and assess expansion

International projects

Remote delivery from Shanghai first. On-site work is agreed per project. Explore Malaysia project support →