Category: Events

Webinar Series – Exploring Industry Challenges 15

In this case study, we delve into how AECSS spearheaded a groundbreaking project in additive manufacturing and process development. The challenge was clear: to enhance production efficiency while maintaining the highest quality standards for a leading aviation manufacturer. The Challenges: Our client, a prominent aviation manufacturer, was seeking to optimize their production processes. Traditional manufacturing […]

Other supporting equipment

We also fabricate and supply other supporting equipment such as downdraft table, electrical lifter, wet & dry vacuum system, etc.

Powder Transfer Station & Storage Hoppers

AECSS offers advanced solutions in powder handling for additive manufacturing. Our specialized Powder Transfer Stations and Storage Hoppers are designed to optimize the handling, storage, and transfer of powders in your additive manufacturing processes.

  1. Powder Transfer Stations: Our Transfer Stations provide a controlled environment for seamless powder transfer between containers or systems. Engineered for safety and precision, these stations ensure minimal powder exposure and efficient handling during the transfer process.
  2. Storage Hoppers: Explore our range of Storage Hoppers tailored to accommodate various powder types and volumes. These hoppers are designed for secure and organized powder storage, optimizing space utilization and ensuring easy access for production needs.

 

At AECSS, we recognize the critical role of proper powder handling in additive manufacturing. Our Transfer Stations and Storage Hoppers are meticulously designed to streamline your operations, ensuring precision, safety, and efficiency in powder management.

Key Features

  • 2 axes fully programmable rotation table. No manual lifting of the printed part.
  • Fully closed inert environment if needed.
  • Fully programmable and auto rotation function.
  • Purge system with auto cleaning features
  • Ultrasonic vibration features to enable the free powder flow
  • Zero or minimum loss of powder during operation.
  • Fully integrated with the powder reclaiming systems

Polymer Powder Reclaiming System

Introducing our cutting-edge Polymer Powder Reclaiming System, designed to revolutionize your additive manufacturing process. This innovative system offers unmatched efficiency, compactness, and automation to streamline your production while ensuring top-quality results!
  • Compact in size with features includes
    • Powder removal
    • Sieving
    • Auto filling of virgin powder based on ratio set
    • Blending station
  • Reclaim and reuse your polymer powders effortlessly, reducing material waste and cost.
  • Our system’s compact footprint saves valuable floor space in your manufacturing facility.
  • Enjoy the convenience of an all-in-one solution that combines sieving, dispensing, and mixing in a single unit.
  • Say goodbye to manual labor with our fully automated system, increasing your operational efficiency.
  • Ensure the purity of your reclaimed powder with an inbuilt sieving station, eliminating impurities and irregularities.
  • Customizable to any size based on the request

 

This innovative system offers unmatched efficiency, compactness, and automation to streamline your production while ensuring top-quality results!

Key Features

  • 2 axes fully programmable rotation table. No manual lifting of the printed part.
  • Fully closed inert environment if needed.
  • Fully programmable and auto rotation function.
  • Purge system with auto cleaning features
  • Ultrasonic vibration features to enable the free powder flow
  • Zero or minimum loss of powder during operation.
  • Fully integrated with the powder reclaiming systems

Metal Powder Reclaiming System

Revolutionize your metal additive manufacturing process with our state-of-the-art Metal Powder Reclaiming System. Our innovative solution is engineered to fully automate every aspect of powder handling, from removal to transfer, sieving, mixing, and seamless loading into 3D printers. Here’s what makes our system stand out:

  • Achieve consistent, high-quality prints with our precise powder handling and mixing capabilities.
  • Experience minimal downtime thanks to automated loading into 3D printers, ensuring a continuous and uninterrupted manufacturing process.
  • Say goodbye to time-consuming manual powder handling. Our automated system optimizes your workflow, saving you valuable production hours.
  • Maximize powder utilization by seamlessly blending virgin and used powder, reducing waste and material costs.
  • Enjoy the convenience of a closed-loop system that minimizes contamination risks, ensuring the purity of your metal powders.

Key Features:

  • Our system seamlessly integrates into your existing additive manufacturing setup and 3D printers of any brand, reducing the need for complex modifications.
  • Tailor the system to your specific needs with adjustable settings for powder blending, sieving, and transfer rates.
  • Benefit from user-friendly controls that allow you to fine-tune your process with ease.
  • Comes with IOT system for remote monitoring and control

Sieving Machine

At AECSS, we recognize the importance of sustainability and resource optimization in additive manufacturing. Our Sieving Machines offer an essential solution to refine and reclaim used powders, ensuring their quality and reusability for future production cycles.
    • Efficient Reclamation:

Our machines ensure efficient and thorough sieving, reclaiming valuable powders for reuse in additive manufacturing processes.

    • Cost-Effective Solutions:

Optimize resources and reduce material waste by reclaiming powders, contributing to a more sustainable and cost-efficient production cycle.

    • Adaptability and Precision:

Customizable options allow for adaptable sieving processes, ensuring precise particle separation for optimal powder reuse.

Key Features

  • Fully inert environment.
  • Customized for all brand of AM machines and models.
  • Blend used and virgin powder for continuous supply of powder for AM process.
  • Faster sieving process with high flow rate.
  • Auto transfer of the sieved powder to the SLM machine
  • Closed system and no contamination of the powder
  • Auto overflow bin collector with weighing scale

Key Features

  • 2 axes fully programmable rotation table. No manual lifting of the printed part.
  • Fully closed inert environment if needed.
  • Fully programmable and auto rotation function.
  • Purge system with auto cleaning features
  • Ultrasonic vibration features to enable the free powder flow
  • Zero or minimum loss of powder during operation.
  • Fully integrated with the powder reclaiming systems

Depowdering Machine

At AECSS, we understand the importance of precise and efficient post-processing in additive manufacturing. Our Depowdering Machines are engineered to elevate your part finishing processes, ensuring immaculate cleaning and superior quality results.
  • Superior Quality
    • Our machines are built with a focus on quality and reliability, ensuring consistent and effective depowdering results.

  • Enhanced Productivity
    • Streamline your post-printing workflow, saving time and resources with our efficient depowdering solutions.

  • Customized Solutions
    • We offer adaptable and customizable machines to suit specific part geometries and production needs, ensuring flexibility in operations.

Key Features

  • 2 axes fully programmable rotation table. No manual lifting of the printed part.
  • Fully closed inert environment if needed.
  • Fully programmable and auto rotation function.
  • Purge system with auto cleaning features
  • Ultrasonic vibration features to enable the free powder flow
  • Zero or minimum loss of powder during operation.
  • Fully integrated with the powder reclaiming systems

Key Features

  • 2 axes fully programmable rotation table. No manual lifting of the printed part.
  • Fully closed inert environment if needed.
  • Fully programmable and auto rotation function.
  • Purge system with auto cleaning features
  • Ultrasonic vibration features to enable the free powder flow
  • Zero or minimum loss of powder during operation.
  • Fully integrated with the powder reclaiming systems