Company Overview
Snapshot
Founded in January 2018 by Haim Baranek, Alumentry operates with 1–10 employees. The company has raised $1.15 million across three funding rounds from two investors. In September 2023, Alumentry secured pre-Seed funding from i4Valley.
Business overview
Alumentry develops Aluminum Solid Additive Manufacturing (ASAM) technology for producing aluminum alloy parts. This rapid manufacturing process handles complex geometries at a reduced cost, serving as an alternative to traditional CNC machining. The company's technology is designed to minimize pre-production and post-production steps, offering a streamlined approach for high-complexity parts and subcontracted jobs in the industrial manufacturing sector. Alumentry operates within the Industrial Technologies sector, focusing on manufacturing processes, systems, and material innovations.
Strategic signal
A LinkedIn post in November 2024 highlighted Alumentry's role as an industrial startup creating measurable impact by transforming industries and economies with innovative physical solutions. This signals the company's commitment to tackling global challenges and establishing resilient market positioning through fundamental advancements in manufacturing, reinforcing its potential for real-world change.
Log in to access full profile ›Company Intelligence Q&A
- What is Alumentry's core technology?
- Alumentry's core technology is Aluminum Solid Additive Manufacturing (ASAM), which is used for producing aluminum alloy parts with rapid manufacturing processes and reduced costs.
- When was Alumentry founded?
- Alumentry was founded in January 2018.
- Who is the founder of Alumentry?
- Haim Baranek is the Founder & CEO of Alumentry.
- What was a key funding event for Alumentry?
- In September 2023, Alumentry secured pre-Seed funding from i4Valley.
- What is the primary benefit of Alumentry's ASAM technology?
- Alumentry's ASAM technology offers a rapid manufacturing process for complex aluminum geometries at a reduced cost, minimizing pre-production and post-production steps compared to CNC machining.