3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

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Product Details
Customization: Available
Warranty: 1years
Application: Car, Automotive Air Conditioning Radiator Mainboard
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  • 3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
  • 3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
  • 3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
  • 3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
  • 3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
  • 3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
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  • Overview
  • Product Description
  • About Us
  • Certificates and Honors
  • Packaging & Shipping
  • Exhibition
  • Our team
  • Shipping time
Overview

Basic Info.

Model NO.
Customized Products
Material
High-Speed Steel
Processing Method
Punching and Shearing Mould
Technics
Forming Die
Process Combination
Single-Process Mould
Manufacturing Technology
Automation Technology
Driving Motor Type
None
Mold Cavity Technology
CNC Milling
Milling Speed
Normal Speed
Parts Detection Method
Measurement of Three Axis NC
After-sales Service
Training and Instruction Manual Guidance, to Be De
Production Frequency
15 Seconds Each
Upgrade and Transformation
Upgradable
Packaging Type
Wooden Box (Fumigation-Free Material)
Negotiable
Yes
Transport Package
The Molds Are Packaged in Wooden Boxes (Made From
Specification
1m~2.5m
Trademark
noll
Origin
Shenzhen, China
HS Code
84804190
Production Capacity
1, 000, 000 Units/Year

Packaging & Delivery

Package Size
180.00cm * 120.00cm * 130.00cm
Package Gross Weight
3000.000kg

Product Description

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

Product Description

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
Product Name:3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
Category:Stamping Die
Product Description:

Precision Stacked Fin Stamping Die for Aluminum Thermal Systems

Proudly developed by Shenzhen Jinzhou Precision Technology Co., Ltd. - Mould Branch, this groundbreaking tooling system integrates the innovative S-Turbulator™ rib technology to craft self-locking corrugated fins using a continuous progressive stamping process. This leads to an impressive 30% faster assembly of high-density fin packs for aluminum heat exchangers. Designed for 0.08-0.3mm AA4343 alloy, it boasts ±0.01mm laser-guided accuracy at a remarkable 300 strokes/minute. The die features hybrid fin geometries (Hex-cell/Wave-louver) to enhance thermal turbulence, offering brazing-ready mirror surfaces (Ra≤0.2μm) that eliminate any need for post-processing. With cryogenically-hardened tooling that ensures over 100 million strokes durability, it is ideal for mission-critical applications such as 25-bar rated turbo oil coolers, EV battery thermal stacks, 1,000-hour salt-spray certified marine intercoolers, and multi-layer heat exchanger plate fins. Certified under the stringent IATF 16949:2016 standards, and with rapid 72-hour prototyping via 3D flow simulation, this system is supported by an impressive 24-month performance warranty, making it a pioneering choice in precision manufacturing.


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3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

 

About Us


3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
Shenzhen Jinzhu Precision Technology Co., Ltd. Mould Branch stands as a beacon of innovation, excelling as a high-tech enterprise dedicated to crafting precision stamping molds for the automotive heat exchange industry. Our expertise extends to stamping automation equipment and high-precision stamping products, driven by a skilled team of engineering professionals specializing in mold design and production. With a legacy of excellence, we proudly uphold ISO9001, ISO14001, and IATF16949 system certifications, consistently delivering outstanding quality. Our product portfolio spans automotive air conditioning evaporators, radiators, condensers, heater cores, and advanced thermal management systems for new energy batteries and energy storage cooling modules, earning esteemed recognition in the industry.

Looking ahead, Jinzhu Mold Division is committed to furthering its corporate ethos of 'dedication, striving for excellence, innovation, and pragmatism.' Our goal is to solidify the Jinzhu Mold brand by offering superior molds and stamping parts to clients worldwide. We aim to forge strong partnerships with our clients, fostering shared growth and success on a global scale!

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

Equipped with a robust production and quality assurance system, we are poised to meet your manufacturing needs promptly and effectively.

Certificates and Honors

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

Packaging & Shipping

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

Exhibition

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

Our team

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

 

Shipping time

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)
DHL: Delivered in 3-5 working days;
UPS: Delivered in 5-7 working days;
TNT: Delivered in 5-7 working days;
FedEx: Delivered in 7-9 working days;
EMS: Delivered in 12-15 working days;
ChinaPost: Delivery time varies based on destination country;
Sea: Delivery time varies based on destination country

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

3D-Printed Stacked Fin Die (Conformal Cooling Channels, VDA 6.3 Process Standard)

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