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 TÜV 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
Adaptable to mold thickness deviation within ±50mm. Molds with thickness difference less than 100mm can be directly clamped without repeated adjustment of machine opening & closing stroke reference.
Adaptable to mold thickness deviation within ±50mm. Molds with thickness difference less than 100mm can be directly clamped without repeated adjustment of machine opening & closing stroke reference.
QSurface material and protection grade
All-steel surface structure with rear-mounted magnetic poles and industrial glue encapsulation. Excellent oil-proof, waterproof and dustproof performance fits oily injection workshops and dusty stamping workshops perfectly.
All-steel surface structure with rear-mounted magnetic poles and industrial glue encapsulation. Excellent oil-proof, waterproof and dustproof performance fits oily injection workshops and dusty stamping workshops perfectly.
QMaterial requirements for mold back plates
Mold back plates must have good magnetic conductivity such as mild steel, medium carbon steel and mold steel. Pure aluminum, brass and non-magnetic stainless steel are not applicable. Professional magnetic flux testing is available for special mold materials before project launch.
Mold back plates must have good magnetic conductivity such as mild steel, medium carbon steel and mold steel. Pure aluminum, brass and non-magnetic stainless steel are not applicable. Professional magnetic flux testing is available for special mold materials before project launch.
QInfluence of back plate flatness on clamping force
Magnetic force relies on closed magnetic loop inside mold back plates. Higher flatness means smaller air gap and stronger actual clamping force. Severe unevenness, deep grooves or heavy rust will reduce effective contact area and trigger system safety alarms.
Magnetic force relies on closed magnetic loop inside mold back plates. Higher flatness means smaller air gap and stronger actual clamping force. Severe unevenness, deep grooves or heavy rust will reduce effective contact area and trigger system safety alarms.
QCompatibility with molds equipped with heat insulation boards
Common heat insulation materials such as epoxy resin and asbestos block magnetic lines. It is suggested to move heat insulation boards inside molds to ensure direct contact between magnet-conductive metal back plates and magnetic plates; customized high-penetration magnetic solutions are also available subject to thickness limits.
Common heat insulation materials such as epoxy resin and asbestos block magnetic lines. It is suggested to move heat insulation boards inside molds to ensure direct contact between magnet-conductive metal back plates and magnetic plates; customized high-penetration magnetic solutions are also available subject to thickness limits.
QCompatibility with molds of different shapes
Fully compatible regardless of square, round or irregular outlines. Safe operation is guaranteed as long as enough magnetic poles are covered and actual clamping force reaches system safety threshold.
Fully compatible regardless of square, round or irregular outlines. Safe operation is guaranteed as long as enough magnetic poles are covered and actual clamping force reaches system safety threshold.
QPerformance under high-temperature working conditions
Built-in temperature sensors for real-time monitoring. Standard magnetic plates work stably at -10℃ ~ 60℃. High-temperature customized versions with special heat-resistant magnetic materials and thermal insulation structures prevent irreversible magnetic attenuation under extreme thermal conditions.
Built-in temperature sensors for real-time monitoring. Standard magnetic plates work stably at -10℃ ~ 60℃. High-temperature customized versions with special heat-resistant magnetic materials and thermal insulation structures prevent irreversible magnetic attenuation under extreme thermal conditions.
QDust-free workshop adaptation for medical equipment production
Non-contact magnetic clamping produces no metal debris from bolt friction. Matched with electric mold trolleys and internal rollers to eliminate hard friction, fully meeting strict cleanliness standards of high-grade medical workshops.
Non-contact magnetic clamping produces no metal debris from bolt friction. Matched with electric mold trolleys and internal rollers to eliminate hard friction, fully meeting strict cleanliness standards of high-grade medical workshops.
