Our portfolio includes:
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Tool Steel:
Tool Steel M300
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MaragingSteel:
13Ni400
Additive Manufacturing in Tooling
Injection molds produced using metal additive manufacturing technology, featuring optimally designed conformal cooling channels, can significantly improve production efficiency, ensure greater product uniformity, and avoid defects caused by uneven cooling channel distribution and inconsistent cooling rates. In new product development, the digital approach enabled by additive manufacturing reduces development costs, shortens the cycle time, and accommodates the need for multiple prototype iterations. When manufacturing complex molds, the production timeline is substantially shortened as intermediate steps such as cooling channel machining and assembly are eliminated.
Why Choose Eplus3D Additive Manufacturing for Tooling?
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50 -70%reduce material waste
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30 -50%shorten the production cycle of molds
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40 -50%lower the manufacturing cost
Success Story in Tooling Additive Manufacturing
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Metal 3D Printing : the Key of Intelligent Molding Design and Manufacturing
3D printing and various printing materials have brought great convenience to many industries, such as automotive, aerospace, medical, as well as mold manufacturing. Application cases of 3D printing ca...View More -
Metal 3D Printing Breaks the Bottleneck in Injection Molding
Metal 3D printing nowadays is a great complement in injection molding. 3D digitizing and printing allows for design and manufacturing molds with complex conformal cooling channel. This can reduce scra...View More -
EP-M260 SLM 3D Printer Produced the Cupping Injection Molds
A cupping manufacturer used Eplus3D EP-M260 SLM 3D printer to produce metal molds with conformal cooling channels, in order to improve the quality of final cuppings and injection efficiency.Case backg...View More -
3D Printing Solution for Jigs and Fixtures
At present, the discussion about 3d printing seems to focus on manufacturing better prototypes or printing better parts. These are certainly the points of 3d printing, but one particularly valuable ap...View More -
Are all Molds Suitable for Metal 3D Printing
Currently, molds using 3D printing technology are generally applied to the cooling water system, which plays a role in shortening the cooling cycle of injection molded products and improving productio...View More -
Metal 3D Printing Mold Improves the Sealing Performance of Medical Injection Products
From the beginning of year 2020, with the outbreak of the new coronavirus, the medical industry was experiencing special challenges. This did not only reflected in the shortage of medical resources, b...View More -
3 Major Advantages of Applying 3D Printing in Molding
Currently, molding and manufacturing are highly dependent as many parts need to be manufactured by moulding or casting. Molding can improve efficiency and profit while ensuring the quality. CNC machin...View More
Materials for Tooling Additive Manufacturing
Eplus3D provides a wide range of suitable materials for the tooling industry which meet the stringent requirements for metallographic and mechanical properties.
Proven Applications in Tooling Additive Manufacturing
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Conformal Cooling Channel
Material: Die Steel
Size: Φ65 x 470 mm
Equipment: EP-M260
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Cosmetic Mould
Material: 18Ni300
Equipment: EP-M300
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Die Casting Mold
Material: 18Ni300
Size: 298 x 183 x 93 mm
Equipment: EP-M400
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Shoe Mold
Material: Die Steel
Size: 220 x 100 x 40mm
Equipment: EP-M260
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Tyre Mould Section
Material: Die Steel
Printing Time: 30H
Equipment: EP-M300
Related Additive Manufacturing Machine
Your Trusted Partner in Industrial Metal 3D Printing
With more than 30 years of AM technology accumulation, Eplus3D strives to bring you long-term
success, from a professional start in industrial 3D Printing solutions to qualified system
maintenance and globally available support. Get in touch with us today and we'll find the
tailored solution to fit your needs as soon as possible!