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Full-Time

Prototype Machinist

Posted on 8/27/2024

Atomic Machines

Atomic Machines

51-200 employees

Develops machines for atomically precise manufacturing

Robotics & Automation
Industrial & Manufacturing

Compensation Overview

$40 - $60Hourly

Mid, Senior

Santa Clara, CA, USA + 1 more

More locations: Berkeley, CA, USA

Category
Manufacturing Engineering
Mechanical Engineering
Required Skills
CAD
Communications
SolidWorks
Requirements
  • 3 - 5 years experience in a prototype shop or 10 years as a machinist
  • Experience with CNC machining using multi-axis (4+) milling and turning centers
  • Strong understanding of additional fabrication tools and processes (laser cutting, welding, waterjet, wire-EDM, 3D printing, precision grinding, lapping, etc)
  • Experience making parts to print specifications, deburring/cleaning, and delivering parts to internal customers
  • Experience with creating and manipulating parts in CAD (Fusion, Solidworks, NX, etc) and CAM (creating toolpaths in Fusion, HSMWorks, NXCAM, MasterCAM, etc)
  • Experience using a task management tool (Airtable, JobBoss, or similar) to track and schedule jobs
  • Experience working with various materials such as metals, ceramics, polymers, composites, etc
  • Experience with basic metrology and working knowledge of GD&T
  • Knowledge of and experience training on safe working practices for using machinery
  • Experience using manual machines such as mills, lathes, drill presses, and saws
  • Well-versed using hand tools
  • Strong interpersonal communication skills
Responsibilities
  • Program CNC mills (3 & 5 axis) and lathes using CAM to meet design specifications, including tight tolerances and GD&T requirements
  • Set up and operate CNC machines, adjusting programs and offsets to ensure high-quality parts
  • Clean, deburr, and inspect finished parts for quality assurance
  • Schedule and prioritize job requests based on program needs
  • Collaborate with engineers in design reviews to provide guidance on design for manufacturing (DFM) best practices
  • Manage inventory of materials, tools, and parts, and oversee waste disposal to ensure efficient shop operations

Atomic Machines creates machines that fabricate objects at an atomic level, known as atomically precise manufacturing (APM). Their initial focus is on microfabrication, specifically producing Micro-Electro-Mechanical Systems (MEMS) used in industries like automotive and healthcare. Unlike traditional silicon-based methods, Atomic Machines offers a more efficient approach to fabrication. The company's goal is to transform manufacturing technology and provide advanced solutions that enhance precision and efficiency across various sectors.

Company Stage

N/A

Total Funding

N/A

Headquarters

Berkeley, California

Founded

2019

Growth & Insights
Headcount

6 month growth

13%

1 year growth

34%

2 year growth

110%
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Simplify's Take

What believers are saying

  • Atomic Machines' technology has the potential to disrupt multiple industries, including semiconductor, automotive, healthcare, and consumer electronics, offering vast market opportunities.
  • The company's innovative approach to MEMS fabrication could lead to higher precision, efficiency, and scalability, making it an attractive option for manufacturers seeking advanced solutions.
  • Revenue streams from machine sales, maintenance, and custom fabrication services provide a diversified and potentially lucrative business model.

What critics are saying

  • Operating in stealth mode may limit market visibility and delay potential partnerships or customer acquisition.
  • The high-tech manufacturing market is highly competitive and requires continuous innovation to stay ahead, posing a risk if Atomic Machines cannot maintain its technological edge.

What makes Atomic Machines unique

  • Atomic Machines is pioneering atomically precise manufacturing (APM), a groundbreaking technology that could revolutionize the fabrication of physical objects from digital designs.
  • Their focus on MEMS production using a novel approach offers a significant improvement over traditional silicon-based technologies, setting them apart in the microfabrication sector.
  • Operating in stealth mode allows Atomic Machines to develop and refine their technology without external pressures, giving them a strategic advantage in innovation.

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