3d printers Epitum

Epitum ecosystem for your 3D printing

Professional 3D printers for the simplest organization of uninterrupted production.

Ecosystem for professional results

An affordable and fully integrated 3D printing ecosystem designed for tackling complex engineering challenges and working with advanced materials.

Epitum ecosystem

Key Features

The presentation describes the projects of our customers and partners who use 3D printing in their work on a regular basis

JetSmart® Technologie

JetSmart® Technologie

Dual nozzles on a single extruder—print two materials seamlessly with zero downtime for support switching.

EasySupport® System

EasySupport® System

Support structure that reduces 3D printing costs and accelerates production, making 3D printing more efficient than ever.

Cost-Efficient Sustainability

Cost-Efficient Sustainability

No ‘wipe towers,’ no excess plastic: test results show that the Tuvo 3D printer generates 115 times less waste than conventional systems!

Nozzle
 Alignment

Active Chamber Heating

Active chamber heating up to 90°C for engineering and composite materials; enhanced sintering and shrinkage control.

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JetSmart extruder

Epitum JL

It is an ideal combination of dual extrusion and large-scale printing. Capability to get better results by regulating temperature in the chamber and sensors for surface quality inspection. Best solution for high-volume manufacturing.

Epitum L

A 3D printer without JetSmart® but with the same large build volume of 360x360x610 mm. Ideal for those planning to print large-scale single-material parts, streamlined for simplicity and cost-efficiency.

JetSmart extruder

Materials

We adhere to the principle of "composites native"; 3D printers are designed specifically for working with composite materials but are also perfectly compatible with traditional filaments.

Basic materials

ABS, PLA, ASA, PP, TPU, PETG, HIPS etc

High temperature materials

PEEK, PEKK, PPSU, ULTEM etc

Engineering materials

PA(6/12/66), ABS (GF/CF), PC, TPU (and derivatives)

Epitum slicer

Software and material profiles

Our Resellers

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Model
  • Epitum L
  • Epitum JL
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Specifications Epitum JL

  • Overview

    Printing technology
    Fused Filament Fabrication (FFF)
    Fused Deposition Modeling (FDM)
    Nozzle switching technology
    JetSmart (2 nozzles at 1 extruder)
    HotSwap
    Built Volume
    360 x 360 x 610 mm
    Extruder maximum printing temperature
    430 ºC (806 F)
    Heated bed maximum temperature
    150 ºC (302 F)
    Print speed
    up to 130 cm3/h
    Minimum Layer Thickness
    10 microns (0.01 mm)
    Layer Resolution
    0.01 – 0.8 mm (depending on the nozzle diameter)
    Positioning resolutions
    11 x 11 x 1.25 microns
    Filament diameter
    1.75 ± 0.1 mm
    Nozzles diameter
    0.5 mm in toolkit (0.2 - 1 mm)
    Max temperature of the heated chamber
    Up to 90 °C

  • Mechanics

    Casing
    Aluminium composite
    Frame
    Steel, 3 mm
    Heated bed construction
    Aluminium, glass
    Guides
    XY cylindrical (steel)
    Z cylindrical (steel)

  • Electricity

    Networking
    220 ± 15%, 50 Hz
    (option 110 ± 15%, 60 Hz)
    Maximum Power Consumption
    2.2 kW
    Interfaces
    Wi-Fi, Ethernet, USB 2.0 (Flashdrive in toolkit)

  • Printing materials

    ABS, PLA, ASA, HIPS, PVA, TPU, PP, PETG, PA (6/12/66), ABS (GF/CF), PC, PEEK, PEKK, PPSU, SBS, PPS, WAX and other materials, including composites with CF and GF.

  • Physical characteristics

    Printer dimensions
    650 x 605 x 1000 mm
    Weight
    75 kg

  • Software

    Software
    Printoformer
    File Types
    *.stl, *.amf, *.obj, *.3ds, *.eptf

  • Features

    Primary systems
    Filament Flow Control
    End-of-Filament Sensor
    First Layer Control
    Built-in Profile System
    Network Printing
    Additional features
    Filament drying mode
    Printer status notification system
    Auto-control workability of all systems
    Surface print control system
    Build plate Leveling
    Automatic leveling

Specifications Epitum L

  • Overview

    Printing technology
    Fused Filament Fabrication (FFF)
    Fused Deposition Modeling (FDM)
    Built Volume
    360 x 360 x 610 mm
    Extruder maximum printing temperature
    430 ºC (806 F)
    Heated bed maximum temperature
    150 ºC (302 F)
    Print speed
    up to 130 cm3/h
    Minimum Layer Thickness
    10 microns (0.01 mm)
    Layer Resolution
    0.01 – 0.8 mm (depending on the nozzle diameter)
    Positioning resolutions
    11 x 11 x 1.25 microns
    Filament diameter
    1.75 ± 0.1 mm
    Nozzles diameter
    0.5 mm in toolkit (0.2 - 1 mm)
    Max temperature of the heated chamber
    Up to 90 °C

  • Mechanics

    Casing
    Aluminium composite
    Frame
    Steel, 3 mm
    Heated bed construction
    Aluminium, glass
    Guides
    XY cylindrical (steel)
    Z cylindrical (steel)

  • Electricity

    Networking
    220 ± 15%, 50 Hz
    (option 110 ± 15%, 60 Hz)
    Maximum Power Consumption
    2.2 kW
    Interfaces
    Wi-Fi, Ethernet, USB 2.0 (Flashdrive in toolkit)

  • Printing materials

    ABS, PLA, ASA, HIPS, PVA, TPU, PP, PETG, PA (6/12/66), ABS (GF/CF), PC, PEEK, PEKK, PPSU, SBS, PPS, WAX and other materials, including composites with CF and GF.

  • Physical characteristics

    Printer dimensions
    650 x 605 x 1000 mm
    Weight
    75 kg

  • Software

    Software
    Printoformer
    File Types
    *.stl, *.amf, *.obj, *.3ds, *.eptf

  • Features

    Primary systems
    Filament Flow Control
    End-of-Filament Sensor
    First Layer Control
    Built-in Profile System
    Network Printing
    Additional features
    Filament drying mode
    Printer status notification system
    Auto-control workability of all systems
    Surface print control system
    Build plate Leveling
    Automatic leveling

Thank you

We have received your application. In the near future, the manager will contact you by e-mail, which you indicated for communication.

info@epitum3d.com
sales@epitum3d.com
marketing@epitum3d.com

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