OUR PORTFOLIO

From CAD to real-world parts.

Explore the engineering workflow behind Vray Designs projects — from concept and SolidWorks modeling to Bambu Lab H2C printing and finished functional components.

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IDEARequirements

CAD

CAD DESIGNSolidWorks

⚙

REVIEWValidation

3D

3D PRINTH2C

✓

FINISHEDPart

Engineering design workstation and CAD development

ENGINEERING WORKSHOPPROTOTYPE DEVELOPMENT

ENGINEERING CASE STUDIES

Every project tells the whole story.

Explore the complete workflow from SolidWorks CAD design through Bambu H2C printing to the finished functional part.

01 · CUSTOM BRACKET

Engineer working on a 3D model / engineering design

3D printed part being produced in a workshop

Mechanical parts and components

CAD DesignSolidWorks

3D PrintingBambu H2C

Finished PartFunctional Bracket

Precision mounting bracket designed for fit, strength and repeatable installation.

02 · GEAR HOUSING PROTOTYPE

Engineer working on a 3D model / engineering design

3D printer creating a prototype

Mechanical gears and components

CAD DesignSolidWorks

3D PrintingBambu H2C

Finished PartPrototype Housing

Complex housing geometry developed for rapid fit and function testing.

03 · CUSTOM ENCLOSURE

Person reviewing a 3D model in a workshop

Industrial 3D printer in a workshop

Electronic equipment and enclosure components

CAD DesignSolidWorks

3D PrintingBambu H2C

Finished PartEquipment Enclosure

Engineered enclosure with ventilation, mounting features and service access.

04 · JIG & FIXTURE

Engineers collaborating in a workshop

Precision manufacturing tool in operation

Professional workshop tools

CAD DesignSolidWorks

3D PrintingBambu H2C

Finished PartAssembly Fixture

Custom shop-floor fixture designed to position and repeat a production operation.

05 · REPLACEMENT PART

Engineer working on a 3D model / engineering design

3D printer producing a plastic prototype

Mechanical spare parts

CAD DesignSolidWorks

3D PrintingBambu H2C

Finished PartReplacement Duct

Reverse-engineered geometry created from measurements and an existing component.

06 · CONSUMER PRODUCT

Product design and prototyping discussion

3D printer creating a prototype model

Prototype development in a workshop

CAD DesignSolidWorks

3D PrintingBambu H2C

Finished PartProduct Prototype

Form and function prototype used to evaluate size, ergonomics and usability.

07 · COMPLEX ASSEMBLY

Engineers collaborating on a project

3D printer operating in a workshop

Mechanical assembly work

CAD DesignSolidWorks

3D PrintingBambu H2C

Finished PartMulti-Part Assembly

Multiple coordinated components modeled and printed for assembly validation.

08 · ENGINEERING SUPPORT BRACE

Orthotic technician working with a support brace

3D printed part being produced

Support brace / orthotic reference

CAD DesignSolidWorks

3D PrintingBambu H2C

Finished PartCustom Brace

Custom-fit support geometry demonstrating complex curves, ventilation and strap features.

09 · CUSTOM TOOL

Engineering team working in a workshop

Precision tool and manufacturing process

Metal press / workshop tool

CAD DesignSolidWorks

3D PrintingBambu H2C

Finished PartCustom Tool

Purpose-built hand tool designed around a specific assembly and service task.

BAMBU LAB H2C MATERIALS

Material options for engineering applications.

Vray Designs can select the material around the part's mechanical, thermal, chemical, flexibility and appearance requirements.

PLA

General prototypes, visual models and low-temperature parts.

Prototype

PLA-Aero

Lightweight PLA-based applications.

Lightweight

PLA-CF

Stiffer, reinforced PLA for dimensional and functional parts.

CF reinforced

PETG

Durable general-purpose functional components.

Functional

PETG-CF

Reinforced PETG for increased stiffness and engineering use.

CF reinforced

PET-CF

Carbon-fiber reinforced PET for demanding functional parts.

CF reinforced

ABS

Tough engineering parts requiring higher temperature resistance.

Engineering

ABS-GF

Glass-fiber reinforced ABS for added stiffness.

GF reinforced

ASA

Outdoor-capable engineering parts with weather resistance.

Outdoor

ASA-Aero

Lightweight ASA-based engineering applications.

Lightweight

ASA-CF

Carbon-fiber reinforced ASA for stiff outdoor parts.

CF reinforced

PC

Strong engineering material with elevated heat resistance.

High temp

TPU

Flexible components, grips, seals and impact-absorbing features.

Flexible

TPU-AMS

AMS-oriented flexible material for supported applications.

AMS

PA

Nylon family material for durable mechanical components.

Engineering

PA-CF

Carbon-fiber reinforced nylon for strong, stiff parts.

CF reinforced

PA6-CF

High-performance reinforced nylon for demanding components.

CF reinforced

PA-GF

Glass-fiber reinforced nylon for structural applications.

GF reinforced

PAHT-CF

High-temperature carbon-fiber reinforced nylon.

High temp / CF

PPA-CF

High-performance polyphthalamide reinforced with carbon fiber.

Advanced

PPA-GF

Glass-fiber reinforced PPA for high-demand engineering use.

Advanced

PPS

High-temperature engineering polymer for demanding environments.

Advanced

PPS-CF

Carbon-fiber reinforced PPS for high-performance applications.

Advanced / CF

PET

Engineering thermoplastic option for specific applications.

Specialty

PVA

Water-soluble support material for complex geometries.

Support

BVOH

Water-soluble support material for multi-material support workflows.

Support

HIPS

Mid-temperature material for selected prototypes and support uses.

Specialty

PE

Polyethylene family material for selected applications.

Specialty

PE-CF

Carbon-fiber reinforced polyethylene for specialized parts.

CF reinforced

PP

Lightweight, chemically resistant material for selected applications.

Specialty

PP-CF

Carbon-fiber reinforced polypropylene for specialized functional parts.

CF reinforced

PP-GF

Glass-fiber reinforced polypropylene for specialized engineering use.

GF reinforced

PCTG

Durable thermoplastic option for selected functional parts.

Functional

PHA

Biopolymer option for selected print applications.

Specialty

EVA

Flexible polymer option for selected applications.

Specialty

Engineering note: Material availability, nozzle requirements, drying, AMS path, chamber temperature and print profile depend on the specific H2C setup and filament formulation. Bambu's H2C manual separates materials by temperature class, and some reinforced/high-temperature materials require specific handling. We select the material and print method based on the part requirements.

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