All told, we turn around finished castings in an active time of just a few days
We do this by automating and compressing front office admin, clever engineering, and classic physical automation.
We built our factory to do this in just 4 months.
Everything we do is a solve for speed.
Digital Metal is the fastest way to get cast metal parts; try us out today (https://t.co/BAjtfN7AnP)
(🧵6/6)
Once the shell build is complete, we move to burnout and casting.
The whole process is called casting, but this is actually the shortest part. We melt metal and pour it into the ceramic mold we created around the printed tree.
We cut off the part from the sprue, clean up the gating locations, and get ready for final inspection and shipping!
(🧵5/6)
After our tree is simulation-optimized, we 3D print it in one shot, avoiding costly and workforce-consuming time in pattern assembly (a hidden bottleneck in legacy investment casting)
We then rapidly build an investment casting shell; we do our shell builds in ~6 hours, whereas in legacy shops, it can take 3-5 days.
(🧵4/6)
Once our customers have checked out, we then immediately prepare the file for manufacturing.
We run custom simulations to identify the solidification front, shrinkage zones, and best gating locations (right)
The software determines the best surfaces for gating and generates primitives into last zones to cool from sim results - combining these is where we generate gates and assemble the complete casting tree (left)
Typical DFM review, gating analysis, simulation, and tree planning is a full-time job for a casting engineer, and can take up to two weeks; we're done just hours after an order is placed.
(🧵3/6)
Our customers visit our website (https://t.co/BAjtfN7AnP) and upload their CAD files.
Instantly in the browser, we run DFM (design for manufacturability) checks and provide an instant quote and lead time.
The industry average time to quote is 2 weeks; we do it instantly.
(🧵2/6)
Introducing instant quote and target DFM feedback for cast metal parts.
Now live in the @digitalmetalinc quote engine.
- Instant pricing on your cast metal part
- Sub 10-second targeted DFM feedback
- Adjust your model, reupload, and order.
Get better cast parts, faster.
Stainless steel, prismatic silicon chips, latticed circuit boards and supersonic rockets. How can you not be romantic about hardtech?
It’s impossible. That’s why we’re starting @heavymetalmag, the first design periodical sharing stories and research from the frontier of critical hardtech. Written from Detroit, c/o @joinrouge.
Heavymetal 001 with @connorkapoor (@digitalmetalinc) is out now. Get a glimpse inside the future of America’s industrial base:
We built the geometric intelligence layer for manufacturing and AI.
Blazing fast, critical manufacturing data from just a CAD file.
Features:
- Quick DFM & feature checks
- Rapid thickness, clearance, and draft analysis
- Deterministic, configurable rulesets for mfg method
- CNC (3ax & 5ax), Casting, Additive, Molding
- API and MCP
We know it works, the API already powers @digitalmetalinc's Quote engine, cutting the typical lead time for casting quotes from 2 weeks to just 10 seconds.
What others are already using it for:
- RL generative AI CAD models to produce manufacturable designs
- a design Engineering copilot
- a pre-sales tool for large orders of parts.
- other instant quote mfg businesses.
Shipped today. API/MCP integrations available.
We just dropped the most robust DFM (design for manufacturability) guide for Investment Cast parts.
Super useful for our awesome customers to have all this information right upfront.
Really shows the amazing design freedom we unlock here @digitalmetalinc
im hiring again. MechE/Builders
who you are:
> obsessed with how things are made
> going to build something before the CAD is complete
> interested in reindustrializing America
what you get:
> highly competitive salary
> equity
> radical ownership over a problem, and the autonomy to solve it
Shoot me a dm with a link to your favorite project you've built, or reach out over email with the same.