Serving New York
Prototyping and 3D Printing Services for New York
Engineered prototypes, not just prints — designed, built and shipped into the five boroughs
We build working prototypes for New York clients: 3D printed, machined, cast, sewn and wired, with the engineering that makes them work included rather than assumed.
If you already have production-ready files, a Brooklyn print bureau will quote them fast. If your files do not exist yet, or the last prototype did not work, that is the problem we are built for.
- Design + build in one team
- SLA, FDM, SLS, CNC, urethane
- Prototypes to NYC in 2 – 3 days
- Electronics and firmware in house
Where can a New York company get a prototype made?
Short answer
New York has strong 3D printing bureaus — Makelab in Brooklyn, PrintAWorld, Emulatics, Kemperle — which print from files you supply. LA NPDT is different: we design and engineer the part first, then build it by SLA, FDM, SLS, CNC machining, urethane casting or soft-goods fabrication, wire in electronics and firmware where the product needs them, and ship to New York in two to three days. Simple printed parts start in the low hundreds; an engineered functional prototype typically runs $4,000 to $25,000 depending on complexity.
The distinction matters because most failed prototypes are not printing failures. They are design failures that printed perfectly: wall sections that warp, snap fits that never had a calculated deflection, a battery that will not fit once the board is real.
How we compare to New York 3D printing and prototype shops
Most NYC options are service bureaus: you send files, they send parts. That is a genuinely good deal when your files are right.
New York-area prototyping providers compared on advertised scope
| Provider | Base | What they advertise | Design / engineering | Electronics | Why a client might pick us instead |
|---|---|---|---|---|---|
| LA NPDTUs | Ruston, Louisiana — shipping to NYC | Design, engineering and prototype build: SLA, FDM, SLS, CNC, urethane casting, soft goods, electronics builds | In house — we create the files | PCBs, firmware and battery systems in house | You can arrive with a sketch instead of a STEP file, and the part is engineered before it is built |
| Makelab | Brooklyn, NY | On-demand 3D printing: 6 technologies, 23 materials, 1 part to 5,000+ per week, 97% on-time delivery | Not advertised — files supplied by the client | Not advertised | We fix or create the geometry rather than printing what was sent |
| PrintAWorld | New York, NY | 3D printing, 3D modelling, 3D scanning, CNC routing, laser cutting, sculpture and large-scale fabrication | 3D modelling advertised; product engineering not | Not advertised | Mechanism, tolerance and DFM work, not just modelling for fabrication |
| Emulatics | Brooklyn, NY | Additive manufacturing and CNC services with instant quoting, prototype through production | Not advertised | Not advertised | One team that designs, builds, tests and then keeps going into production |
| Kemperle Industries | New York, NY | 3D printing integrated with 3D scanning, reverse engineering and custom fabrication | Reverse engineering advertised | Not advertised | Forward engineering of new products, including electronics and firmware |
LA NPDTUs
- Base
- Ruston, Louisiana — shipping to NYC
- What they advertise
- Design, engineering and prototype build: SLA, FDM, SLS, CNC, urethane casting, soft goods, electronics builds
- Design / engineering
- In house — we create the files
- Electronics
- PCBs, firmware and battery systems in house
- Why a client might pick us instead
- You can arrive with a sketch instead of a STEP file, and the part is engineered before it is built
Makelab
- Base
- Brooklyn, NY
- What they advertise
- On-demand 3D printing: 6 technologies, 23 materials, 1 part to 5,000+ per week, 97% on-time delivery
- Design / engineering
- Not advertised — files supplied by the client
- Electronics
- Not advertised
- Why a client might pick us instead
- We fix or create the geometry rather than printing what was sent
PrintAWorld
- Base
- New York, NY
- What they advertise
- 3D printing, 3D modelling, 3D scanning, CNC routing, laser cutting, sculpture and large-scale fabrication
- Design / engineering
- 3D modelling advertised; product engineering not
- Electronics
- Not advertised
- Why a client might pick us instead
- Mechanism, tolerance and DFM work, not just modelling for fabrication
Emulatics
- Base
- Brooklyn, NY
- What they advertise
- Additive manufacturing and CNC services with instant quoting, prototype through production
- Design / engineering
- Not advertised
- Electronics
- Not advertised
- Why a client might pick us instead
- One team that designs, builds, tests and then keeps going into production
Kemperle Industries
- Base
- New York, NY
- What they advertise
- 3D printing integrated with 3D scanning, reverse engineering and custom fabrication
- Design / engineering
- Reverse engineering advertised
- Electronics
- Not advertised
- Why a client might pick us instead
- Forward engineering of new products, including electronics and firmware
Facts taken from each firm's own public website in August 2026 and describe the services they advertise, not our opinion of their work. The last column is our own positioning, not a claim about them.
Processes, materials and the tolerances they hold
Which process we choose depends on what the prototype has to prove — looks, fit, function or manufacturability.
Prototyping process, typical materials and achievable tolerance
| Process | Typical materials | Typical tolerance | Best for |
|---|---|---|---|
| SLA / resin printing | Standard, tough and clear resins | ±0.1 – 0.2 mm | Appearance models, fine detail, clear parts |
| FDM printing | PLA, PETG, ABS, ASA, nylon | ±0.3 – 0.5 mm | Fit checks, jigs, large or rough-and-ready parts |
| SLS printing | Nylon PA12, glass-filled nylon | ±0.3 mm | Living hinges, snap fits, functional mechanisms |
| CNC machining | Aluminium, steel, brass, Delrin, PC, ABS | ±0.05 – 0.1 mm | Load-bearing parts, sealing faces, production-like finish |
| Urethane casting | Rigid and elastomeric urethanes, silicone | ±0.2 mm | 10 – 50 units before tooling exists |
| Sheet and soft goods | Sheet metal, fabrics, foams, webbing | Pattern dependent | Brackets, wearables, carriers and vests |
| Electronics build | Custom PCBs, off-the-shelf modules, Li-ion packs | Per fab capability | Board bring-up, firmware, power and battery behaviour |
SLA / resin printing
- Typical materials
- Standard, tough and clear resins
- Typical tolerance
- ±0.1 – 0.2 mm
- Best for
- Appearance models, fine detail, clear parts
FDM printing
- Typical materials
- PLA, PETG, ABS, ASA, nylon
- Typical tolerance
- ±0.3 – 0.5 mm
- Best for
- Fit checks, jigs, large or rough-and-ready parts
SLS printing
- Typical materials
- Nylon PA12, glass-filled nylon
- Typical tolerance
- ±0.3 mm
- Best for
- Living hinges, snap fits, functional mechanisms
CNC machining
- Typical materials
- Aluminium, steel, brass, Delrin, PC, ABS
- Typical tolerance
- ±0.05 – 0.1 mm
- Best for
- Load-bearing parts, sealing faces, production-like finish
Urethane casting
- Typical materials
- Rigid and elastomeric urethanes, silicone
- Typical tolerance
- ±0.2 mm
- Best for
- 10 – 50 units before tooling exists
Sheet and soft goods
- Typical materials
- Sheet metal, fabrics, foams, webbing
- Typical tolerance
- Pattern dependent
- Best for
- Brackets, wearables, carriers and vests
Electronics build
- Typical materials
- Custom PCBs, off-the-shelf modules, Li-ion packs
- Typical tolerance
- Per fab capability
- Best for
- Board bring-up, firmware, power and battery behaviour
Tolerances are what we routinely hold on prototype quantities; tighter is possible on machined features when a drawing calls for it.
What a prototype costs and how fast it arrives in New York
Typical prototype scope, cost band and lead time including transit
| What you need | Typical cost | Lead time | Includes |
|---|---|---|---|
| Printed parts from your finished CAD | $150 – $900 | 3 – 7 days | Parts, finishing, freight to NYC |
| Appearance model from your CAD | $900 – $4,000 | 1 – 2 weeks | Paint, texture, decals, presentation-ready finish |
| Engineered functional prototype from a sketch | $4,000 – $25,000 | 3 – 8 weeks | CAD, DFM, build, fit and function testing |
| Connected prototype with PCB and firmware | $12,000 – $60,000 | 6 – 14 weeks | Board design, firmware, enclosure, integration |
| Bridge run, 10 – 50 units | Quoted per unit | 3 – 6 weeks | Urethane casting or machined parts, assembled |
Printed parts from your finished CAD
- Typical cost
- $150 – $900
- Lead time
- 3 – 7 days
- Includes
- Parts, finishing, freight to NYC
Appearance model from your CAD
- Typical cost
- $900 – $4,000
- Lead time
- 1 – 2 weeks
- Includes
- Paint, texture, decals, presentation-ready finish
Engineered functional prototype from a sketch
- Typical cost
- $4,000 – $25,000
- Lead time
- 3 – 8 weeks
- Includes
- CAD, DFM, build, fit and function testing
Connected prototype with PCB and firmware
- Typical cost
- $12,000 – $60,000
- Lead time
- 6 – 14 weeks
- Includes
- Board design, firmware, enclosure, integration
Bridge run, 10 – 50 units
- Typical cost
- Quoted per unit
- Lead time
- 3 – 6 weeks
- Includes
- Urethane casting or machined parts, assembled
Freight to the five boroughs is typically two to three days ground; overnight is available when a date is at risk.
Prototypes we have built
Where we are — and why that works for a New York client
Short answer
LA NPDT is not based in New York. Our engineers work from Ruston, Louisiana, and serve New York clients remotely: shared CAD, a weekly review with the engineer doing the work, prototypes in two to three days, and travel when a project genuinely needs someone in the room. The "LA" in our name is Louisiana.
We run on Central time, one hour behind Eastern, and work late — so a question raised during a New York working day gets answered the same day, not the next morning.
Our overhead in Louisiana is a fraction of what a studio pays for space and staff in a coastal or top-ten metro, so the same senior engineering hours cost you less. What does not change is who does the work: practising mechanical, electrical, firmware and software engineers, not account managers passing files to subcontractors.
Where to go next
- Rapid prototypingHow we build working prototypes and what they cost.
- Product development for New York clientsDesign, engineering, firmware and first production runs for NYC brands.
- Service areasHow we work with clients in every US metro from our Louisiana base.
- Product development portfolioProducts we designed, engineered and manufactured.
Questions
Frequently asked questions
Where can I get a prototype made in New York?
Bureaus such as Makelab in Brooklyn, PrintAWorld, Emulatics and Kemperle print from files you supply. We are the option for when the files do not exist yet or the design itself needs fixing — we engineer the part, build it and ship it to New York in two to three days.
How much does a 3D printed prototype cost?
Printed parts from finished CAD typically run $150 to $900. An engineered functional prototype built from a sketch runs $4,000 to $25,000, and a connected prototype with a custom PCB and firmware $12,000 to $60,000.
I only have sketches and photos. Can you still build it?
Yes — that is the normal starting point for us. We turn sketches into CAD, engineer the mechanism, then build. A print bureau cannot quote until someone has done that step.
Are you located in New York?
No. Our engineering base is in Ruston, Louisiana — the "LA" in our name is Louisiana, not Los Angeles. New York clients work with us remotely: weekly reviews with your engineer, shared CAD, and prototypes shipped in two to three days.
Does working remotely slow the project down?
It has not. Reviews happen weekly with the engineer doing the work rather than an account manager, files are shared live, and prototypes move by freight rather than by car — which is how they would move in your own city anyway.
Do you charge more for out-of-state clients?
No. Rates are the same wherever you are; only shipping cost varies. Our Louisiana overhead is why the same senior engineering hours cost less than a big-metro studio.
Will you sign an NDA?
Yes, before the first technical conversation. Files and IP transfer to you as the project closes out.
Can you build prototypes with working electronics?
Yes. Schematic capture, PCB layout, firmware, battery and power design are in house, so an electronic prototype is one project rather than a mechanical vendor plus an electronics vendor.
Where to go next
- Rapid prototypingHow we build working prototypes and what they cost.
- Product development for New York clientsDesign, engineering, firmware and first production runs for NYC brands.
- Service areasHow we work with clients in every US metro from our Louisiana base.
- Product development portfolioProducts we designed, engineered and manufactured.