Raise3D E3: capabilities, software and workshop requirements

Build volume and IDEX motion on this exact model

The version 1.3 spec sheet lists 330 × 240 × 240 mm for single-extruder printing and 295 × 240 × 240 mm for dual extrusion. It does not explain the 35 mm loss in width; it only states an IDEX system with independent dual extruders. The product page adds that the E3 pairs IDEX with a shorter feeding path and optional composite filament print heads.

The rest of the mechanical baseline sits in the same document: 1.75 mm filament, 200 mm/s maximum print speed, 16 mm³/s maximum volumetric speed, a flexible double-sided PEI plate as default with a BuildTak steel plate available, and mesh leveling with flatness detection. The silicone heated bed reaches 110°C and the nozzle 330°C.

Nozzles range from 0.2 to 1.0 mm, with 0.4 mm fitted from the factory. Raise3D lists a layer height range of 0.1 to 0.5 mm and recommends 0.1 to 0.3 mm with the 0.4 mm nozzle for stable results. Before comparing the 200 mm/s headline, estimate the flow your profile demands: layer height × line width × speed. If that product exceeds 16 mm³/s, the profile already exceeds the stated volumetric ceiling. Also check the limit in the exact material profile: the sheet does not guarantee that flow for every filament.

Listed materials and what depends on configuration

The spec sheet groups Raise3D materials into four families. Hyper Core: PPA CF, PPA GF, ABS CF. Hyper Speed: PLA, ABS, PETG CF, PET CF, PLA Pro. Industrial: PPA CF, PPA GF, PET CF, PET GF, PETG ESD, PET Support, PPA Support, PPS CF, PA12 CF+. Premium: PLA, ABS, ASA, PETG, PC, TPU-95A, PVA+. Third-party filaments go through Raise3D's Open Material Program, with profiles published for ideaMaker.

The spec sheet lists these materials without stating a print head condition. The product page does mention optional composite filament print heads, and the CF bundle described there includes a right print head with a 0.6 mm silicon carbide nozzle specific to the E3. The supplied documents do not say which filled materials require that head or what the factory head accepts. If you plan to run carbon fiber filled materials in production, ask the reseller which head ships with the unit and which materials Raise3D validates with it.

The same logic applies to flexibles. The sheet states that, when equipped with the Flexible Filament Auxiliary Feeder, the E3 is compatible with TPE, TPU, TPE-A, TPE-S, and TPE foam filaments between Shore 95A and 80A, plus all Shore D filaments. TPU-95A also appears in the Premium list with no accessory condition stated. TPU 90A and 80A and Shore D filaments appear only in that conditional sentence. A compatibility list is not a print result: test your own filament references before committing to a production run.

Software, profiles, and accepted file formats

The listed slicer is ideaMaker, available for Windows, macOS, and Linux, outputting GCODE. The sheet lists STL, OBJ, 3MF, OLTP, STEP, STP, IGES, and IGS as supported file types. Direct STEP and IGES import skips the mesh conversion step from CAD, which matters for an engineering team iterating frequently on a part.

Raise3D material profiles and Open Material Program profiles are published on the ideaMaker site, per the sheet. That is where you check whether a specific third-party reference has a validated profile for the E3, rather than assuming a filament listed for another Raise3D machine behaves the same way. A profile validated for one head does not guarantee the same result with a different nozzle.

The product page also highlights Pro Ironing. The spec sheet attaches a surface roughness of Ra below 2 µm to it, under one specific condition: Hyper Speed PLA Pro filament with ironing enabled. That figure does not carry over to other materials or to ironing turned off. If you are weighing it against another slicer, keep in mind that the version 1.3 sheet lists ideaMaker as the only slicing software.

Footprint, weight, and ambient conditions

The sheet lists a machine size of 614 × 597 × 487 mm and a net weight of 33.3 kg. The package weighs 42 kg carton only and 49.5 kg on a pallet. Plan for pallet delivery or a two-person unboxing, and a bench that supports the running machine with access to the top cover and front door.

The version 1.3 spec sheet does not list installation clearances around the machine. That absence in the document does not mean Raise3D requires none: check the current user manual for your region before fixing the location, especially if the printer must fit inside a cabinet or under a shelf.

Operating conditions are 15 to 30°C and 10 to 90% relative humidity, non-condensing; storage tolerates -25 to +55°C. An unheated garage in winter or a very humid room falls outside the stated range. The product page cites built-in material storage slots with desiccant, useful for hygroscopic materials, though that does not replace drying spools that are already wet.

Power, noise, filtration, and safe operation

The power input accepts 100 to 240 V at 50 or 60 Hz, rated at 2 A at 230 V. The internal supply delivers 24 V at 350 W. A standard outlet is sufficient, but check that the circuit is not shared with other heating appliances if you line up several machines.

Stated noise is below 55 dB(A) while building. The sheet specifies the method: a quiet room, front door and top cover closed, measured at one meter. That number therefore does not describe door-open operation or an already noisy shop. It only supports comparison with other spec sheets that state the same protocol.

The machine includes a HEPA filter with activated charcoal, a filament run-out sensor, and power loss recovery. The sheet gives no efficiency figure for the filter and does not say which materials it targets; proper room ventilation and safety practice still applies, especially with ABS, ASA, PC, or high-temperature composites.

Which shop the E3 fits, and how to cost it

Raise3D positions the E3 for prototyping and end-use part production, with emphasis on flexibles and composites. If your main need is firm TPU or TPEs down to 80A, the sheet ties compatibility to the Flexible Filament Auxiliary Feeder: put that accessory on the quote from the start. If composites are the goal, have the reseller specify which head ships and what the right print head with the 0.6 mm silicon carbide nozzle from the CF bundle is for, because the supplied documents do not say which materials require it. The TPU material guide explains what Shore hardness changes in practice.

If your parts exceed 240 mm in height or 295 mm in width under dual extrusion, the IDEX volume will not do, and another Raise3D model or format is required. Also compare the 110°C bed and 330°C nozzle against the temperatures your actual material profiles call for, rather than against catalog averages.

Finally, Raise3D directs buyers outside the US to its distributors for quotes and support. Prepare your list of accessories, the optional BuildTak plate, and starter spools before that request. The startup budget tool and the professional 3D printer guide help structure that estimate without starting from a listed price that varies by region.

Sources and limits

• Raise3D E3 3D Printer – Raise3D: Reliable, Industrial Grade 3D Printer
• Raise3D_E3-Technical-Specifications_V1.3.pdf

We organize manufacturer and community documentation; we have not measured these products ourselves. The manual for your exact model takes precedence over general guidance.