3D PRINTING
Functional prototypes, pre-series and small runs through additive manufacturing.
Professional 3D printing
Professional 3D printing is the ideal way to turn a CAD file quickly into a physical component, functional and ready for testing, validation or small production runs. Through additive technologies such as FDM, SLA, DLP and HP Multi Jet Fusion it is possible to make complex geometries, technical prototypes, cosmetic components and strong parts without the lead times and set-up costs of traditional moulds. Marca Eng. combines the speed of digital prototyping with an industrial production approach: from the choice of technology and material through to the final quality check, every stage is designed to obtain parts that are reliable, repeatable and consistent with the application requirements of the project.
3D printing is particularly suited to functional prototypes, fit tests, pre-series runs, jigs, light tooling and small customised batches, with functional validation at every step of the product.
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Lead times
3–7 working days for standard prototypes -
Quality guarantee
ISO 9001 checks on every batch -
Scalability
From 1 to thousands of parts
Technology overview
- Functional prototypes, fast
- Production with no moulds or upfront tooling
- Maximum geometric freedom
- Technical materials for real testing
- Fast design iterations
- Small series and custom parts
HP MJF 3D printing
Large-format industrial FDM 3D printing is ideal for functional prototypes, technical parts, assembly jigs, production fixtures and large custom pieces. High-performance thermoplastics make parts robust enough for real use, cutting time and cost compared with moulds or conventional machining. Build volume up to 900 × 600 × 900 mm in industrial FDM.
Ideal for
FDM 3D printing
FDM 3D printing
Technology overview
Large-format industrial FDM 3D printing is ideal for functional prototypes, technical parts, assembly jigs, production fixtures and large custom pieces. High-performance thermoplastics make parts robust enough for real use, cutting time and cost compared with moulds or conventional machining. Build volume up to 900 × 600 × 900 mm in industrial FDM.
ABS
A versatile technical material for functional prototypes, casings and industrial parts. Good impact resistance, easy post-processing and a fine balance of cost and performance.
Impact resistance
Cost-effective
ASA
Ideal for prototypes and parts used outdoors. Good mechanical strength, UV stability and longer life in exposed environments than ABS.
UV Resistant
Outdoor
PC
High-performance polycarbonate for robust prototypes and tough technical parts. For when you need more toughness, impact resistance and thermal stability.
High temperatures
Structural
PC-ABS
A hybrid that combines the strength of polycarbonate with the workability of ABS. Perfect for technical covers, housings, brackets and complex functional prototypes.
Balanced
Machinable
ULTEM
An advanced engineering polymer for high-performance industrial use. Chosen for heat-resistant, stiff, light parts in sectors such as automotive, aerospace and machinery.
Technical
180°C+
TPU
A flexible material for elastic prototypes, gaskets, guards and shock-absorbing parts. Ideal when the part has to take deformation, vibration or dynamic loads.
Flexible
Elastomer
Nylon CF
Carbon-fibre filled nylon for light, stiff, structural parts. Excellent for brackets, mounts, jigs and technical parts where strength and weight both matter.
Technical
High stiffness
SLA 3D printing
DLP 3D printing
FDM 3D printing
Technology overview
Large-format industrial FDM 3D printing is ideal for functional prototypes, technical parts, assembly jigs, production fixtures and large custom pieces. High-performance thermoplastics make parts robust enough for real use, cutting time and cost compared with moulds or conventional machining. Build volume up to 900 × 600 × 900 mm in industrial FDM.
Maximum build area
Technology overview
Fields of application:
- Medical and technical devices
- Automotive and motorsport
- Electronics and consumer electronics
- Industrial automation and machinery
- Aerospace and advanced components
ABS
A versatile technical material for functional prototypes, casings and industrial parts. Good impact resistance, easy post-processing and a fine balance of cost and performance.
Impact resistance
Cost-effective
ASA
Ideal for prototypes and parts used outdoors. Good mechanical strength, UV stability and longer life in exposed environments than ABS.
UV Resistant
Outdoor
PC
High-performance polycarbonate for robust prototypes and tough technical parts. For when you need more toughness, impact resistance and thermal stability.
High temperatures
Structural
PC-ABS
A hybrid that combines the strength of polycarbonate with the workability of ABS. Perfect for technical covers, housings, brackets and complex functional prototypes.
Balanced
Machinable
ULTEM
An advanced engineering polymer for high-performance industrial use. Chosen for heat-resistant, stiff, light parts in sectors such as automotive, aerospace and machinery.
Technical
180°C+
TPU
A flexible material for elastic prototypes, gaskets, guards and shock-absorbing parts. Ideal when the part has to take deformation, vibration or dynamic loads.
Flexible
Elastomer
Nylon CF
Carbon-fibre filled nylon for light, stiff, structural parts. Excellent for brackets, mounts, jigs and technical parts where strength and weight both matter.
Technical
High stiffness