Technology Focus

ARMS is currently advancing research and prototype development in four core areas:

 

1. Closed-Loop Material Recovery

Designing sustainable product access systems that reprocess every type of plastic, even complex plastic waste, like a disposable razor or toothbrush, which ARMS grinds into grains and buries deep in our green construction materials. ARMS is the total solution to all plastic waste  on Earth. Contact us to design a solution for you.

2. Conversational and Operational AI

Developing intelligent control systems to improve accessibility, temperature stability, material consistency, and energy efficiency in small-footprint fabrication environments.

3. Modular Circular Manufacturing Architecture

Engineering scalable hardware configurations that share a common AI-driven operating framework across small, networked, commercial, and facility-scale deployments.

4. Mobile Renewable Energy Production and Distribution

Imagine a new type of product that that not only pays for itself, by making 1M+ recyclable product types10X to 1000X cheaper. ARMS also generates, stores, and distributes mobile renewable energy for off=the-grid manufacturing.


πŸ”· Engineering Principles

Our development approach is guided by:

• Safety-first thermal design
• Measured material compatibility validation
• Renewable-compatible energy integration
• Modular expandability
• Distributed deployment capability

All capabilities are subject to ongoing testing and validation.


πŸ”·New Facility

ARMS broke ground in March 2026 for the rapid AI-guided development of an enormous 8x10x12 cubic foot recycling manufacturing 3D printing, injection molding, and CNC hybrid prototype. Our team previously worked with recycling manufacturing pioneers, Alphapura Robotics,  3D Seed, David Bassetti, Impact Venture Capital, Sacramento State University, Sierra College Mechatronics Department, and HackerLab on a 2x2x3 cubic foot ARMS system, below.

πŸ”·1st to Patent

Patent # 10,611,085, 35 U.S.C. § 119(e) of U.S. Provisional Application No. 62/412,697 filed Oct. 25, 2016 and is a continuation-in-part of U.S. application Ser. No. 14/960,190 filed Dec. 4, 2015, which claimed benefit of Ser. No. 62/087,350 filed Dec. 4, 2014.

πŸ”· Focus

We are focused on:

• System integration
• Process validation
• Material testing
• Performance benchmarking

• Incorporating AI into more Balanced Scorecard Strategy and McKinsey 7S KPI statistical improvement business planning.

• Increasing partnerships with government agencies who can accelerate our reach, in particular in supply chain defense and emergency response. 

• Increasing partnerships with private and non-profit organizations who can accelerate our growth.

 

AI-powered recycling system

Intelligent, Accessible Operation

Remote Monitoring & Control
Secure remote access allows systems to be monitored and managed across distributed environments.

Conversational AI Interface
Natural-language interaction reduces training complexity and improves usability across diverse operator backgrounds.

AI-Assisted Process Control
Embedded AI supports melt optimization, fabrication sequencing, and fault detection to improve material efficiency and system performance.


Circular Material Processing

Plastic Recovery & Reprocessing (Phase I Focus)
Designed to process validated meltable plastic streams into reusable fabrication feedstock.

Closed-Loop Material Recovery
Supports reprocessing of failed prints and leftover material to reduce waste during fabrication.

Modular Material Expansion Architecture
System design supports future validated modules for additional materials (e.g., glass and select metals).


Distributed Manufacturing Architecture

Scalable System Configurations
Designed for deployment in:

• Small-footprint environments
• Office or lab settings
• Commercial production spaces
• Clustered facility-scale configurations

Renewable-Compatible Energy Integration
Supports integration with grid, solar, and hybrid energy configurations.


Digital Manufacturing Ecosystem (In Development)

AI-Guided Fabrication from Approved CAD/CAM Files
Supports production from validated digital design libraries.

ARMSdb Platform (Planned)
A developing digital ecosystem for:

• Uploading and accessing approved design files
• Collaborative project development
• Secure digital exchange


Development Status

ARMS is currently in early-stage development.
Specifications, material compatibility, and system capabilities are subject to ongoing validation and testing.

Make a 1M+ new products for 10X to 1000X cheaper, faster, and cleaner right now, on the spot, and then sell your products with us.

This is the future of manufacturing on Earth, the total end of all plastic pollution, and a franchise everyone can afford at different levels.

Frederick Janson, Chief Global Solutions Maker

 

Introduction to Artificially-Intelligent Recycling Manufacturing Systems (ARMS)

 

1st ARMS Prototype Developed with Alphapura Robotics and 3D Seed

Build Size: 2x2x3 Cubic Feet

 

The following is an illustration of our much larger 8x10x12 Cubic Foot ARMS XXL we broke ground for March 2026

Connect!

Location

American Recycling Manufacturing Systems (ARMS)
Rocklin, California, United States, Made in America
Phone: (916) 969-6239
Email: info@recyclingmanufacturing.com
Website: www.recyclingmanufacturing.com