PRECISION
FABRICATION
ON DEMAND

Automated quoting tools are fast, but they cannot tell when a part will warp, when a support will scar a visible surface, or when a one-line design change would cut your cost in half. Only a person who actually opens your file can.

Every project that comes through Polymake is opened, rotated, and inspected by an engineer before you ever see a price. We check wall thicknesses, overhangs, mating surfaces, and tolerances — then we tell you what we found.

If your file has a problem, you hear about it before production, not after. And if there is a smarter way to make the part, we suggest it. That kind of review is the difference between a part that works and a part that wastes your time.

• Human review of every uploaded file
• Printability and risk feedback before you pay
• Orientation and support strategy recommendations
• Honest feedback, even when it costs us the job

Most manufacturers structure their pricing around large runs — setup fees, minimum order quantities, and lead times that only make sense if you are ordering a thousand of something. That model leaves everyone with a real but small project out in the cold.

Polymake is built for the order in front of us, whether it is a single prototype or a short production batch. No minimums, no hidden setup charges, no quote that only makes sense at volume.

You pay for the part and the work that goes into it — not for the privilege of being a customer. That makes us usable for one-off projects, and economical when you do need a run of fifty.

• Single-part orders welcome
• No minimum order quantities
• Transparent, itemized quotes
• Pricing that works at one or at a hundred

The difference between a part that holds up and one that fails often comes down to material. A desk filament might print the same shape, but it will not survive the heat, load, or environment your part actually lives in.

We stock and print in engineering-grade thermoplastics — PETG, ABS, ASA, Nylon, polycarbonate, carbon-filled blends, and flexible elastomers — chosen for the jobs they are actually good at, not just for how they look on a spec sheet.

We hold real tolerances on calibrated machines and verify critical dimensions before shipping. When your design calls for a tight fit, we build to that number — not to "close enough."

• 20+ engineering-grade materials in stock
• Carbon-filled, glass-filled, and flexible options
• Calibrated FDM systems with consistent results
• Critical dimension verification before shipping

For most of the parts we make, the timeline is the problem — not the price. Waiting six weeks for a shop to even start your job is not a process, it is a bottleneck.

Most orders ship within 3 to 7 business days after quote acceptance, and rush options are available when a deadline will not move. We keep popular materials on the shelf and plan our print queue so your job does not sit behind a hundred others.

When you need a part to keep a line running, close out a prototype, or deliver for a client, speed matters. We have built our whole process around delivering it without cutting corners on the quality of the part itself.

• 3–7 business day standard turnaround
• Rush options for time-critical work
• In-stock materials to avoid supplier delays
• A planned print queue, not first-come-first-served chaos

A prototype is only useful if it behaves like the real thing. We print in the same engineering materials you would use for production, so your prototype tells you what the final part will actually do — not just what it looks like.

Iterate fast. Print one version, test it, adjust the file, and print the next. No tooling, no waiting, no minimum order standing between you and the next revision.

• Real materials, not display-only prints
• Fast iteration with no tooling commitment
• Test fit, load, and function before production

When a manufacturer discontinues a component, the equipment is not done — you just cannot get the part anymore. Send us the broken or worn original and we can scan it, reproduce it, and get a working replacement back in your hands.

Often the replacement comes out stronger than the original, in a material better suited to the heat, load, or chemicals the part actually faces.

• Reproduce discontinued or obsolete components
• Often stronger than the original
• Scanning available when no CAD exists

Custom tooling is what makes an assembly line repeatable — but traditional fabrication makes it expensive and slow. Printed jigs and fixtures cost a fraction of machined ones and ship in days.

Brackets, check fixtures, alignment guides, and assembly aids, all tailored to your exact process. Short runs are welcome; you do not need to justify a production order to get a useful tool.

• Assembly aids and check fixtures
• A fraction of the cost of machined tooling
• Tailored to your exact process

Custom enclosures for electronics, instruments, and equipment — built around your boards, connectors, and mounts instead of forcing your design into an off-the-shelf box.

We can include snap-fits, standoffs, vent patterns, and cable cutouts, and we will recommend a material that handles the heat and environment the enclosure lives in.

• Built around your boards and connectors
• Snap-fits, standoffs, and cutouts included
• Material matched to heat and environment

Brackets, trim, interior pieces, and under-hood parts in materials that handle the heat, vibration, and chemicals a vehicle deals with.

From a single replacement clip to a short run of custom brackets, we print automotive parts that hold up in the real world — not just on a bench.

• Heat- and chemical-resistant materials
• Interior, exterior, and under-hood parts
• Single parts or short runs

When no CAD file exists — a hand-machined part, a worn original, a one-off component — scanning lets us capture the real geometry and turn it into a usable digital model.

From there we can reproduce it as-is, modify it to fix a weakness, or adapt it to a new purpose. The physical part becomes the starting point, not a dead end.

• Digitize parts with no existing CAD
• Reproduce, modify, or adapt from the scan
• Capture real-world geometry accurately