Suzhou Leapflow Technology Co., Ltd.
Leapflow Technology, located in Suzhou, is a thermal management technology enterprise specializing in solving cooling/heating and heat dissipation problems. The company provides one-stop thermal management solutions, thermal management testing, and computational services. Core team members have participated in the development of over 70 e-drive thermal management projects, including examples such as:
◆ Oil-cooling design for a 30,000rpm distributed electric passenger vehicle e-drive system; (launched in 2025)
◆ Oil-cooling design for a 25,000rpm commercial vehicle motor; (launched in 2026)
◆ Geely distributed drive systems, FAW Jiefang water-oil hybrid cooled motors, and more.Leapflow Technology, located in Suzhou, is a technology enterprise specializing in thermal management design for electrical drives. It provides clients with end-to-end thermal management solutions covering the entire process of design, simulation, prototyping, and testing for electrical drive systems.
The technical team consists of 10 elite members, including 1 post-doctoral researcher, 2 doctors, and 7 masters.
Core team members have participated in the development of 66 eDrive thermal management projects, including well-known products such as Huawei Drive One electric drive system, AAM T4500 eDrive axle, and Weirui 800V eDrive system.
Upholding the principles of professionalism, innovation, and sustainable development, Leapflow Technology is committed to delivering high-density thermal management solutions to Leapflow Technology, located in Suzhou, is a technology enterprise specializing in thermal management design for electrical drives. It provides clients with end-to-end thermal management solutions covering the entire process of design, simulation, prototyping, and testing for electrical drive systems.
The technical team consists of 10 elite members, including 1 post-doctoral researcher, 2 doctors, and 7 masters.
Core team members have participated in the development of 66 eDrive thermal management projects, including well-known products such as Huawei Drive One electric drive system, AAM T4500 eDrive axle, and Weirui 800V eDrive system.
Upholding the principles of professionalism, innovation, and sustainable development,
Product 1
Development technology/material/manufacturing process nameThermal Management Design Service of eDrive System
Innovation Highlights1.With heat dissipation design experience in 66 oil-cooled related products, Leapflow has established end-to-end design capabilities across the entire oil-cooled technology development process.
2.Standardized thermal management, strategy development, and 3D simulation capabilities through in-depth secondary development effectively reduce product iteration cycles and facilitate efficient development of high-quality products.
3.Rotor temperature measurement capabilities across the full speed range (0–90,000 rpm), combined with extensive thermal characteristic testing experience, comprehensively support clients in successfully passing experiments.
Applications electric drive
Photo of exhibits recommended
Product 1
Development technology/material/manufacturing process nameHigh-Speed Rotor Temperature Measurement Device & High-Frequency Temperature Signal Acquisition Device
Innovation Highlights Leapflow Technology's exclusive product, the "Wireless Laser Slip Ring Temperature Measurement Device," addresses the critical need for measuring the temperature of rotating components operating at 20,000–40,000 rpm. This solution helps clients select magnet grades more accurately, reducing cost increases caused by design margins.
Leapflow Technology also provides the "High-Frequency Temperature Signal Acquisition Device," which can simultaneously monitor up to 384 temperature points and operate stably in harsh temperature and electromagnetic environments. This product effectively solves the pain point of electromagnetic interference in temperature measurement.
Applications electric drive
Photo of exhibits recommended
Product 1
Development technology/material/manufacturing process nameIndustrial Defect Detection Robot
Innovation HighlightsEmbodied Intelligence Inspection Robot – Innovative Highlights:
1. Autonomous Navigation: Supports free movement in complex industrial scenarios.
2. VLA-Based Real-Time Capability: Equipped with real-time environmental perception and motion decision-making abilities based on Visual-Linguistic-Action (VLA) models.
3. Dynamic Task Adjustment & Dexterous Manipulation: Capable of dynamic task adjustment, precise control, and dexterous manipulation for intricate operations.
4. Modular & Cost-Effective Design: Features a lightweight, modular structure for low deployment costs and rapid on-site implementation.
5. Human-Robot Collaboration & Semantic Interaction: Supports human-robot collaboration, heterogeneous system integration, and semantic-level information exchange.
6. Few-Shot Defect Detection: Requires minimal training data for defect detection and enables rapid transfer across different scenarios.
7. Strong Unknown Defect Recognition: Exhibits robust identification capabilities for unknown defects.
Applications Industrial Product
Photo of exhibits recommended