2014
Company Establishment Date
O.O1mm CNC machining - ensuring tight tolerances for semiconductor and robotics applications
PRECISION WELDING
Friction Stir Welding (FSW), Vacuum Brazing, Composite Welding (CMT/TIG).
HIGH PRECISION PROCESSING
53 vertical machining centers (1060 model), horizontal and gantry machining centers, supporting high-precision five-axis machining.
SIMULATION DESIGN
Digital thermal design, fluid analysis (CFD), structural optimization.
DEYANFOR MACHINERY CO.,LTD
It is an advanced manufacturing company integrating R&D, production, manufacturing, sales and service
MANUFACTURING CAPACITY
Friction Stir Welding (FSW) is a solid-state joining technology
High connection strength + Resistance to high pressure + High sealing performance
AI Computing Server Liquid Cooling Solution
Project Background: AI large model training brings ultra-high power density cooling challenges. Traditional air cooling cannot meet the cooling needs of GPU clusters, requiring a full liquid cooling fanless microchannel cold plate solution.
5G Base Station Radiator Solution
Project Background: 5G base station equipment has high power density and strict cooling requirements, while also requiring lightweight design to reduce installation and transportation costs.
Project Background: New energy bus battery trays need to withstand complex loads while meeting lightweight and high sealing requirements. Traditional welding processes struggle to balance both.
Semiconductor Equipment Copper Backplane Solution
Project Background: Semiconductor equipment has extremely high requirements for copper alloy component welding quality. Traditional welding is prone to defects that affect equipment stability and lifespan.
Supercomputing Heat Dissipation Module Solution
Project Background: Supercomputing equipment has extremely high power density, requiring a heat dissipation module with three-material welding, which is technically challenging.
Based on high-level processing technical strength and high-quality service attitude,our company has established long-term and stable cooperation with many leading customers in the industry at home and abroad, including: military industry, aerospace, 5G, rail transit, new energy vehicles, thermal management, medical care, 3C electronics and other fields.
We provide high-strength, well-sealed core components for new energy vehicles that meet global automotive standards. Schedule a rapid technical consultation now.
DEYANFOR MACHINERY CO.,LTD
FOCUS ON HIGH-PRECISION PROCESSING AND SYSTEMATIC SERVICES FOR FRICTION STIR WELDING
Deyanfu Machinery Co., Ltd. was established in June 2014. It is an advanced manufacturing company integrating R&D, production, manufacturing, sales and service. The company specializes in the R&D, manufacturing and processing of high-precision aluminum alloy components, covering three core business divisions: Thermal Management, Friction Stir Welding (FSW), and Precision Machining (CNC).
Relying on the State Key Laboratory of Precision Welding & Joining of Materials and Structures of Harbin Institute of Technology (HIT), the company has a professional FSW team and precision machining team, mainly serving thermal management, 5G communication, new energy vehicles, fuel cells, rail transit, aerospace, semiconductor and other fields.
Application fields: Aerospace, simulation thermal management, humanoid robots, semiconductors, new energy vehicles, healthcare.
MANUFACTURING CAPACITY
DV-1166/B
Suitable for telecommunications electronics, automotive and motorcycle parts manufacturing, and the machining of automation components.
High-Rigidity Bed Structure
Utilizing Finite Element Method (FEM) structural analysis, the casting incorporates extensive internal ribbing. This optimizes the internal load-bearing structure, ensuring superior machine rigidity and stability against thermal deformation.
Pre-tensioned Ball Screw Design
C3-grade 40xP12mm ball screws are used for all three axes, employing a dual-end pre-tensioning assembly process to enhance axial rigidity and minimize thermal expansion of the screws.
Spindle
The spindle features a ring-type coolant spray at the front end to effectively cool the cutting tool. Additionally, an internal air-curtain negative-pressure design extends service life and ensures reliable, high-speed operation over prolonged periods.
3-Axis Roller-Type Linear Guides
Features roller-type linear guides, a reserved interface for linear scales, and precision-grade ball screws—a perfect combination of rigidity and accuracy.
CV-855A
Suitable for mass production of automotive and motorcycle parts, medical devices, aerospace and telecommunications electronics, and the machining and production of various precision molds.
High Rigidity, Low Noise, Low Friction
Linear guideways are utilized on all three axes, offering high rigidity, low noise, and low friction;this enables rapid positioning and ensures optimal circular contouring accuracy.
Spindle Headstock Design
The spindle headstock features a reinforced internal rib structure and an optimized ratio relative to the column, providing stable support during spindle cutting operations.
Side-Mounted Electrical Cabinet
The electrical cabinet features a side-mounted design that saves floor space, allowing for maximum utilization of the available area.
High-Power Spindle Design
The spindle utilizes precision-grade angular contact ball bearings to ensure high speed and high precision, with a standard rotational speed of up to 8,000 rpm.
Machine Tool Guard Design
Designed to prevent dust, debris, and liquids from entering the machine tool, thereby extending its service life.
CV-1055F
Suitable for mass production of automotive and motorcycle parts, medical devices, aerospace and telecommunications electronics, and the machining and production of various precision molds.
High Speed, High Precision, and High Rigidity
The three axes utilize heavy-duty roller-type linear guideways, combining the rigidity required for heavy cutting with high load-bearing capacity. They leverage the inherent advantages of linear guideways—high speed, high precision, a low coefficient of friction, and superior stability.
Fully Enclosed Machine Guarding
The fully enclosed guarding design offers enhanced waterproofing. The machine base rests directly on the foundation, significantly reducing the risk of leakage and ensuring a clean workshop environment.
Inverted Saddle Design
The X-axis saddle features an inverted structure, resulting in a lower, more stable center of gravity and a more secure load-bearing contact surface.
Monolithic Bearing Housing
The bearing housings on both sides are integrated with the saddle; this design, combined with precision machining and high-quality assembly techniques, ensures smooth, parallel operation.
CV-1370/B
Suitable for automotive components such as those used in medical devices, aerospace, automation assemblies, and mold machining.
High-Rigidity Bed Structure
Utilizing finite element analysis, the casting incorporates extensive internal ribbing to optimize the structural load distribution, ensuring superior rigidity and thermal stability.
High-Rigidity Guideways
Heavy-duty roller-type linear guideways are employed on the X, Y, and Z axes, enhancing load-bearing capacity and cutting rigidity.
Precision-Ground Worktable
The extra-large 1400 x 700 mm worktable provides a stable platform, facilitating convenient machining operations.
Tool Magazine
24-tool automatic tool changer (optional); a disc-type automatic tool changer system can be configured according to customer requirements, offering broad application versatility.
CV-1580
Suitable for the mass production of automotive and motorcycle parts; aerospace, telecommunications, and electronics applications; the machining of automation components; and the manufacturing of various precision molds.
High-Rigidity Bed Structure
Utilizing finite element analysis, the casting incorporates extensive internal ribbing to optimize the structural load distribution, ensuring superior rigidity and thermal stability.
High-Rigidity Guideways
The X and Y axes utilize heavy-duty 45mm roller-type linear guideways, while the Z-axis employs 55mm roller-type linear guideways, enhancing load-bearing capacity and cutting rigidity.
Full Four-Rail Support for Y-Axis
The Y-axis saddle features full support across four guideways, ensuring exceptional stability and reliability.
Standard belt-driven spindle (8,000 rpm)
The spindle operates quietly with minimal vibration, making it suitable for high-speed milling and tapping.
Build a highly cohesive team of thermal management, special welding and precision manufacturing
QUICK LINK
QUICK LINK
LET’S CONNECT
LET’S CONNECT
+86 177 1265 6888 （WhatsApp）
+86 137 7167 8566 （WhatsApp）
Peter Fu peter@dyf-sz.cn
Eva Zhou deyanfumachinery@gmail.com
Building 3, No. 28 Xinchang Road, Suzhou Industrial Park, Suzhou City, Jiangsu Province
