Committed to providing one-stop solutions for our customers
After-Sales Service
Principle
Customer satisfaction as the first principle
Quick response
Fast problem solving
After-sales service efficiency
Customer Feedback 30min Response
Solution 120min Issued
On-site support 6-12 hours
After-sales service commitment
One year warranty on electronic components, one to three years warranty on the body
Lifetime warranty
Except for man-made reasons
After-sales team strength
Number of service teams 10+ Changchun, Wuhan, Chongqing, Changsha, Guangzhou, etc.
Resident after-sales personnel and spare parts in key regions
Technical support
Free training
Technological Innovation
Patented locking technology
One locking guarantee: safety platform; two locking guarantee: reset spring, up to 10 times the load of the locking force of the double air-break insurance structure
Patented drip-free fluid connectors
Multi-energy: gas and liquid patented drip-free design, extremely high stability, breaking foreign monopolies
Cat3 safety rated electrical features
One generation ahead of its peers, the quick-change control safety system performance level d category3 is T?V certified.
Autonomous high insertion and extraction life probes
High lifespan: max1 million times; multiple types: high and low voltage, strong and weak power, network, vision, servo signal...
Dear customer, Thank you very much for choosing Qiaotian products and services. After receiving the feedback of the problem, we will deal with it and contact you as soon as possible.
After-sales Enquiry and Complaint Hotline：400-1033-880
Electronic and mechanical in-place sensors are available, supporting PNP/NPN output and M8/M12 connectors to fit various electrical control systems.
Electronic and mechanical in-place sensors are available, supporting PNP/NPN output and M8/M12 connectors to fit various electrical control systems.
QBasic information required for model selection?
Workpiece/fixture weight & dimension, installation mode (horizontal, side-mounted or overhead mounting), and sensor type requirements.
Workpiece/fixture weight & dimension, installation mode (horizontal, side-mounted or overhead mounting), and sensor type requirements.
QHow to confirm required locking force?
Calculate proper single-unit locking force and required quantity based on workpiece weight and dimensions. Our engineers can provide professional stress calculation reports.
Calculate proper single-unit locking force and required quantity based on workpiece weight and dimensions. Our engineers can provide professional stress calculation reports.
QQuantity selection based on workpiece specs?
2 sets for small workpieces; 4 or more sets arranged in array for large-sized or complex-stress workpieces to ensure uniform stress distribution and stable positioning.
2 sets for small workpieces; 4 or more sets arranged in array for large-sized or complex-stress workpieces to ensure uniform stress distribution and stable positioning.
QApplication scenarios of Channel L pressure boosting?
Additional pressure boosting via Channel L (0.5-0.8MPa) is required during heavy cutting, large overturning moment bearing or high impact load operation, where pure spring force cannot guarantee sufficient structural rigidity.
Additional pressure boosting via Channel L (0.5-0.8MPa) is required during heavy cutting, large overturning moment bearing or high impact load operation, where pure spring force cannot guarantee sufficient structural rigidity.
QMain components of zero point positioning system?
Consist of two core parts: locking unit (fixed end, e.g. QZAR series) and positioning flange (movable end, e.g. QZAT series). Fixed ends are mounted on workstations or machine tables, while movable ends are installed at the bottom of workpieces or fixtures.
Consist of two core parts: locking unit (fixed end, e.g. QZAR series) and positioning flange (movable end, e.g. QZAT series). Fixed ends are mounted on workstations or machine tables, while movable ends are installed at the bottom of workpieces or fixtures.
QWorking principle of locking mechanism?
Adopts steel ring locking structure. In locked state, piston stays at cylinder top to restrict steel ball movement and clamp the flange steel ring; in unlocked state, air pressure pushes piston down to reserve space for free steel ball movement and release connection.
Adopts steel ring locking structure. In locked state, piston stays at cylinder top to restrict steel ball movement and clamp the flange steel ring; in unlocked state, air pressure pushes piston down to reserve space for free steel ball movement and release connection.
QStandard locking connection procedure?
1. Supply air continuously via Channel U to unlock the locking unit
2. Move positioning flange to fully fit with locking unit
3. Cut off air supply to Channel U for automatic spring locking
4. Apply air pressure to Channel L for boosting under extreme heavy loads
1. Supply air continuously via Channel U to unlock the locking unit
2. Move positioning flange to fully fit with locking unit
3. Cut off air supply to Channel U for automatic spring locking
4. Apply air pressure to Channel L for boosting under extreme heavy loads
