SVC-007 · Additive Manufacturing

3D Printing Services

Engineering-grade FDM printing on Bambu X1C and H2D — from rapid prototypes to functional end-use parts in carbon-fiber nylons, ABS, PETG, and more.

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Equipment

Our Printers

PRT-001

Bambu X1C

Speed + Precision for Engineering Filaments

The X1C handles the majority of our engineering filament work. Its fully enclosed and temperature-controlled chamber is essential for printing ABS, ASA, and carbon-fiber nylons without warping.

Build Volume256 × 256 × 256 mm

Max Speed500 mm/s

Max Nozzle Temp300 °C

Max Bed Temp120 °C

EnclosureActive temperature control

Filament SensorRun-out + jam detection

Multi-materialAMS — up to 4 filaments

CameraBuilt-in AI failure detection

Supported Materials

PLAPETGABSASANylonPA12-CF

PRT-002

Bambu H2D

Maximum Heat & Multi-Material Capability

The H2D handles PAHT-CF and other high-temperature materials that the X1C cannot reach. Its larger build volume is ideal for full-scale prototypes, large jigs, and enclosures.

Build Volume320 × 320 × 325 mm

Max Speed600 mm/s

Max Nozzle Temp350 °C

Max Bed Temp120 °C

EnclosureHigh-temp active chamber

Multi-materialAMS 2 Pro — up to 8 filaments

Laser EngraverBuilt-in optional

Build PlateFlexible spring steel

Supported Materials

PLAPETGABSASANylonPA12-CFPAHT-CF

Material Selection

Engineering Materials

Not sure which material to use? Share your operating conditions and we'll recommend the right filament for your application.

PLA★★☆☆☆

Polylactic Acid

USE Prototypes, visual models, non-load-bearing parts

TEMP ≤ 60 °C

Easiest to print; best surface finish. Not suitable for outdoor or high-heat environments.

PETG★★★☆☆

Polyethylene Terephthalate Glycol

USE Functional prototypes, housings, jigs, fixtures

TEMP ≤ 80 °C

Good chemical resistance. Slight flexibility reduces brittleness. Excellent layer adhesion.

ABS★★★☆☆

Acrylonitrile Butadiene Styrene

USE Functional parts, enclosures, post-machined components

TEMP ≤ 100 °C

Machinable post-print. Accepts acetone smoothing for sealing. Requires enclosed printer.

ASA★★★☆☆

Acrylonitrile Styrene Acrylate

USE Outdoor parts, UV-exposed housings, automotive

TEMP ≤ 95 °C

ABS-like properties with significantly improved UV and weather resistance. ABS replacement for outdoor use.

Nylon★★★★☆

Polyamide (PA6)

USE Gears, bushings, clips, wear components

TEMP ≤ 120 °C

Excellent fatigue and abrasion resistance. Absorbs moisture — store and dry before printing.

PA12-CF★★★★★

Nylon 12 + 15% Carbon Fiber

USE Structural brackets, tooling, aerospace jigs

TEMP ≤ 130 °C

Stiff, lightweight, dimensionally stable. Carbon fibers align along print direction — design with this in mind.

PAHT-CF★★★★★

High-Temp Nylon + Carbon Fiber

USE High-temp tooling, under-hood automotive, engine bay parts

TEMP ≤ 170 °C

Highest heat resistance in our filament lineup. Requires 300 °C nozzle and high-temp bed. Bambu H2D only.

How to Order

Get Your Parts Printed

Submit RFQ

Share your STL/3MF/STEP file, desired material, quantity, and any tight-tolerance features.

Receive Quote

We review your file for printability, recommend orientation and supports, and send a quote within 24 hours.

Approve & Print

Once approved, your job enters the print queue. Most parts print within 1–3 business days.

Ship or Pick Up

Parts are QC-checked, labeled, and shipped nationwide or available for Miami pickup.

Submit Your 3D Printing RFQ →