3D Printing Service

Get a quote for custom 3D-printed parts delivered in days. Upcores offers 1:1 consultancy for your projects to make sure each part meets your needs.

Request a Quote Get an Instant Quote

On-Demand 3D Printing

Services We Offer

From selecting the ideal materials to achieving the perfect print, we ensure your prototypes and parts are manufactured with precision and delivered seamlessly.

Custom Parts

Explore sample parts to view the range of materials and technologies we provide.

We collaborate with you to design and create custom parts that meet your unique project requirements.


Lattice Gear

This gear, used for crushing machines, enhances efficiency and reduces system load with its lightweight, lattice-structured AlSi10Mg build. It is designed for operating at 200-250 rpm.

Industry: Machinery and Tooling

Application: End-Use Parts

Technology: SLM (Selective Laser Melting)

Material: AlSi10Mg

Dimensions: 50.18 x 50.18 x 10.47 mm

Lead Time: 8 Days


PCB Enclosure

For PCB enclosure parts ranging from 1 to 10,000 units, MJF 3D printing is an ideal technology. It allows for custom production of housing devices designed for remote system control and equipped with sensor outputs, without the need for injection molding.

Industry: Electronics

Application: End-Use Parts

Technology: MJF (Multi Jet Fusion)

Material: HP PA 12

Dimensions: 79.00 x 66.00 x 19.90 mm

Lead Time: 3 Days


Cover Hinge

The high toughness and abrasion resistance of PP GB GF material make it highly suitable for the functional prototyping of household appliances, such as washing machine cover hinges.

Industry: Consumer Products

Application: Functional Prototyping

Technology: SLS (Selective Laser Sintering)

Material: PP GB GF

Dimensions: 120.23 x 40.29 x 46.72 mm

Lead Time: 4 Days


Bearing Housing

This clawed bearing housing can operate at temperatures up to 150 °C, securing a rotating shaft with a tight-fitting metal insert at six points. It keeps the slender shaft aligned, preventing axis deviation.

Industry: Machinery and Tooling

Application: Jigs and Fixtures

Technology: SLA (Stereolithography)

Material: Heat-Resistant Resin

Dimensions: 42.39 x 46.70 x 27.98 mm

Lead Time: 6 Days


Car Light

The high clarity enabled by industrial SLA technology is widely used for making transparent prototypes and parts, such as automotive lighting. Sanding, polishing, and UV spray coating are applied to parts for better transparency.

Industry: Automotive

Application: End-Use Parts

Technology: SLA (Stereolithography)

Material: Clear Resin

Dimensions: 110.55 x 50.30 x 20.80 mm

Lead Time: 5 Days


Chemical Nozzle

The SLM-produced chemical nozzle, with its unique one inlet and seven outlet design made from Ti6Al4V, enables precise and efficient pesticide distribution in agriculture, a feat hard to achieve with alternative manufacturing methods.

Industry: Machinery and Tooling

Application: End-Use Parts

Technology: SLM (Selective Laser Melting)

Material: Ti6Al4V

Dimensions: 18.25 x 18.25 x 21.37 mm

Lead Time: 7 Days


Air Vent

Both SLS and SLA 3D printing technologies were used to create an air vent prototype using three different materials, ensuring the mechanical qualities needed for end-use functionality in prototyping to conduct tests.

Industry: Automotive

Application: Rapid Prototyping

Technologies: SLS (Selective Laser Sintering), SLA (Stereolithography)

Materials: PP GB GF, Standard Resin, Tough Resin

Dimensions: 100.00 x 100.00 x 26.00 mm

Lead Time: 5 Days


Mounting Bracket

A high-strength spare part that connects the main body with the console containing control panels. Traditionally costly to produce in one piece due to its detailed geometries, this part was 3D-printed an delivered in a few days.

Industry: Automotive

Application: End-Use Parts

Technology: MJF (Multi Jet Fusion)

Material: HP PA 12

Dimensions: 91.28 x 88.44 x 180.50 mm

Lead Time: 2 Days

We design for additive manufacturing.

Contact Us

4 Must-Haves for Fully Leveraging 3D Printing

Every piece matters.

Miss one, miss all: here are the four-fold expertise you need to fully harness the potential of AM and gain competitive advantage in your market.

Get Consulting


Design Expertise

Mastering Design for Additive Manufacturing (DfAM) is essential, not optional. Successfully adapting AM depends on understanding its unique design rules.


Technology Expertise

Proficiency in AM technology is key. Each 3D printing technology has its capabilities and limitations, which are essential for choosing the right technology and achieving successful outcomes.


Material Expertise

Understanding the distinct and evolving AM materials, their properties, and applications is vital for 3D printing success. Without this knowledge, AM's full potential remains untapped.


Application Expertise

Knowing where and how 3D printing can be applied is fundamental. Application expertise guides decision-making, helping to identify the most effective and innovative uses of AM.

What are the use-cases?

Additive Manufacturing Applications

3D printing is transforming industries from automotive to aerospace, offering unprecedented speed, customization, and efficiency.

Rapid Prototyping

3D printing speeds up prototyping, crucial for sectors like automotive and electronics. It enables quick design changes and early issue detection, bypassing the need for tooling.

Jigs and Fixtures

Produce custom, ergonomic jigs and fixtures in days instead of weeks. Uses include drill guides, assembly fixtures, soft jaws, and gauges.

Rapid Tooling

Accelerate the production of molds, casting patterns, dies, and tooling components, particularly advantageous for small-scale or specialized production.

End-Use Parts

In sectors like aerospace and medical, 3D printing is key for complex, short-run parts. It enables design freedom, short lead times and digital inventory.

Available Materials

Not sure which manufacturing method or materials best suit your requirements? Reach out to us. Our expert consultancy ensures you make informed decisions, guaranteeing optimal results for your project.

Contact Us