Unlock a wide range of applications with Ultimaker materials or use almost any 2.85mm filament available on the market.

EASY TO PRINT:

Ultimaker PLA (750g)

• PLA – Green – 750g (1608)
• PLA – Black -750g (1609)
• PLA – Silver Metallic – 750g (1612)
• PLA – White – 750g (1613)
• PLA – Transparent – 750g (1614)
• PLA – Orange – 750g (1615)
• PLA – Blue – 750g (1616)
• PLA – Magenta – 750g (1617)
• PLA – Red – 750g (1618)
• PLA – Yellow – 750g (1619)
• PLA – Pearl White – 750g (1620)

Ultimaker Tough PLA (750g)

• Tough PLA – Black – 750g (202300)
• Tough PLA – White – 750g (202301)
• Tough PLA – Red – 750g (202302)
• Tough PLA – Green – 750g (202303)
• Tough PLA – Grey – 750g (202304)
• Tough PLA – Yellow – 750g (202305)
• Tough PLA – Blue – 750g (202306)

Ultimaker PETG (750g)

• PETG – Black – 750g (227282)
• PETG – White – 750g (227293)
• PETG – Silver – 750g (227326)
• PETG – Grey – 750g (227329)
• PETG – Green – 750g (227330)
• PETG – Transparent – 750g (227332)
• PETG – Blue – 750g (227333)
• PETG – Blue Translucent – 750g (227335)
• PETG – Red – 750g (227336)
• PETG – Red Translucent – 750g (227337)
• PETG – Green Translucent – 750g (227338)
• PETG – Yellow – 750g (227340)
• PETG – Yellow Fluorescent – 750g (227342)
• PETG – Orange – 750g (227343)

MECHANICAL STRENGTH:

Ultimaker ABS (750g)

• ABS –Black – 750g (1621)
• ABS –White – 750g (1622)
• ABS –Red– 750g (1623)
• ABS –Blue– 750g (1624)
• ABS –Silver– 750g (1625)
• ABS –Pearl Gold – 750g (1626)
• ABS –Green – 750g (1627)
• ABS –Orange – 750g (1628)
• ABS –Yellow – 750g (1629)
• ABS –Grey – 750g (1630)

Ultimaker PC (Polycarbonate) (750g)

• Polycarbonate – Transparent – 750g (1640)
• Polycarbonate – Black – 750g (1641)
• Polycarbonate – White – 750g (1642)

Ultimaker CPE (750g)

• CPE – Black – 750g (1631)
• CPE – White – 750g (1632)
• CPE – Light Grey – 750g (1633)
• CPE – Dark Grey – 750g (1634)
• CPE – Red – 750g (1635)
• CPE – Blue – 750g (1636)
• CPE – Yellow – 750g (1637)
• CPE – Green – 750g (1638)
• CPE – Transparent – 750g (1639)

WEAR RESISTANCE:

Ultimaker Nylon (750g)

• Nylon – Black – 750g (1646)
• Nylon –Transparent – 750g (1647)

Ultimaker PP (500g)

• Polypropylene – Natural – 500g (1785)

Ultimaker TPU 95A

• Ultimaker TPU 95A Blue Filament 700g (236593)
• Ultimaker TPU 95A Red Filament 700g (236590)
• Ultimaker TPU 95A White Filament 700g (236591)
• Ultimaker TPU 95A Black Filament 700g (236592)

HEAT RESISTANCE:

CPE (co-polyester) materials stand out for their exceptional qualities, showcasing chemical resistance, toughness, and impressive dimensional stability. This makes CPE a preferred material for a wide range of applications, including both functional prototypes and mechanical parts. While both CPE and CPE+ share similar performance characteristics, CPE+ offers additional advantages. Notably, it boasts higher temperature resistance and increased impact strength, making it an excellent choice for applications where these specific attributes are crucial. Whether opting for CPE or CPE+, users can rely on these co-polyester materials to deliver durability and reliability in the creation of functional and robust 3D-printed components.

CPE VS CPE+

• CPE offers a diverse selection of colors, providing users with a broad palette to choose from. This includes the sophisticated greyscale option, which adds a professional touch to 3D-printed models.
• CPE exhibits notable strength with higher tensile and flexural strength. On the other hand, CPE+ takes toughness to the next level. Formulated to be up to 10 times tougher than standard CPE, CPE+ is engineered to provide enhanced durability and resilience.
• CPE+ features a temperature resistance of up to 100ºC when compared to CPE, which is only resistant up to 70ºC

Ultimaker CPE+

• Ultimaker CPE+ Transparent Filament 700g (1643)
• Ultimaker CPE+ Black Filament 700g (1644)
• Ultimaker CPE+ White Filament 700g (1645)

The Ultimaker S5/S6/S7/S8 Material Station marks an important contribution to a ‘no-hassle’ office solution. Features easy front loading for up to six spools of filament, end-of-filament detection, NFC recognition with compatible materials, and automatic material switching.

The Ultimaker Material Station stands as an advanced humidity-controlled chamber designed to accommodate six material spools, allowing flexible loading of up to 4.5kg of material in any order. Boasting cutting-edge features, each bay within the station incorporates automatic material switching, composite-ready feeder wheels, and filament flow sensors.

KEY FEATURES:

• FAST & EASY LOADING: Front-facing bay for up to six materials reduces loading time to a few seconds
• UNINTERRUPTED PRINTING: Sensors detect when one material spool ends and automatically loads the next
• HUMIDITY CONTROL: Intelligent atmospheric management keeps relative humidity below 40%
• EASY SET-UP & MONITORING: NFC material auto- recognition and seamless integration with Ultimaker software
• COMPOSITE MATERIALS COMPATIBLE: Print parts with high strength and unique properties
• LIMITLESS CONFIGURATIONS: Keep your most-used materials ready to print when you need – Ultimaker and third-party filaments

UltiMaker S5 Air Manager (217950): With the Ultimaker S5 Air Manager, experience an enhanced 3D printing environment featuring a closed, inside-out airflow system throughout the entire printing process. This innovative design ensures superior control within the build chamber and effectively filters up to 95% of ultrafine particles generated during printing. The air passes through an E10 filter whereby Ultrafine Particles (UFPs) get trapped.

1. Filter  2. Air Manager cover  3. Handle  4. Front enclosure  5. Hinge profile  6. Fan  7. Filter housing  8. Air Manager cable  9. Air Manager release clip

The Air Manager will automatically adjust its fan speed to optimise print quality per material. The enclosed top prevents users from reaching into the machine during operation and ensures particles from the environment do not influence the print result.

IMPROVED QUALITY, SAFER WORKPLACE:

The Ultimaker S5 Air Manager ensures a safer working environment, providing a closed, inside-out airflow for the Ultimaker S5/S6 3D printer. It filters up to 95% of all ultrafine particles (UFPs) emitted during 3D printing and forms a safe, physical barrier to the print area.

MORE MATERIALS, LESS HASSLE:

Optimised software profiles precisely control filtering for every Ultimaker material and over 40 third-party filaments. So you can focus on creating the perfect 3D printed part with any material you choose. No worries about UFPs, and no extra time configuring your printer.

KEY FEATURES:

• EPA FILTER: Removes up to 95% of UFPs
• CONTROLLED EXTRACTION: Inside-out airflow optimised for filtering and print quality
• ENHANCED SAFETY: Physical barrier prevents reaching inside the printer
• OPTIMISED FOR YOUR APPLICATIONS: Detects material being used and adjusts airflow
• EASY SETUP: Printer detects when the Air Manager is connected
• SMART MONITORING: Printer tracks filter usage and prompts replacement

Ultimaker 3D Printer training is available to cover all aspects of your new 3D printer including advanced level with the “Design for Additive” half day extension course, training is for up to 3 people on site with delivery of your new Ultimaker & we also run regular training courses at our Stoke Offices and for larger groups at our Worcester HQ , Bristol or Derby facilities.

INST002 INSTALLATION & TRAINING PACKAGES *

* INSTALLATION (IN CONJUNCTION WITH CUSTOMER):

Unboxing of printer and material station – connect units together Setup of Printer onto the network Setup of the printer into Cura and the Digital factory

* TRAINING (SOFTWARE & HARDWARE):

• Using Cura Slicing software to prepare parts for printing
• Cura setting
• Preview of time to print and cost to print
• Submitting prints
• Monitoring prints
• Loading and unloading of material on the printer
• Changing Cores
• Maintenance of the printer
• Tips and tricks

DfAM002 DESIGN FOR ADDITIVE (½ DAY) * & **

** DESIGN FOR ADDITIVE MANUFACTURING COURSE:

• Design rules for manufacturing
• Designing for FDM
• Exporting from CAD
• Orientation considerations
• Walls and Ribs
• Slice height and toolpaths
• Self-supporting designs
• Sectioning parts
• Assemblies / Moving parts
• Threads / Inserts
• Infills Tolerances
• Design samples discussed
• Various exercises to be completed though out the session