| Manufacturer | EOS |
|---|---|
| Model | Formiga P100 |
| Year | 2011 |
| Location | Germany
|
| Category | 3D printers |
| Build length (X) | 200 mm |
| Build width (Y) | 250 mm |
| Build height (Z) | 330 mm |
| Weight | 20 kg |
| worked hours | |
| hours under power | |
| state | as-is, where-is |
| At local norms | --------- |
| status | |
| Last availability date | 14/11/2026 |
| Product id | P261112172 |
| Language |
3D принтер EOS Formiga P100
3D tiskárna EOS Formiga P100
EOS Formiga P100 3D-printer
EOS Formiga P100 3D-Drucker
Εκτυπωτής 3D EOS Formiga P100
EOS Formiga P100 3D printer
Impresora 3D EOS Formiga P100
Imprimante 3D EOS Formiga P100
3D pisač EOS Formiga P100
EOS Formiga P100 3D nyomtató
Stampante 3D EOS Formiga P100
EOS Formiga P100 3D spausdintuvas
EOS Formiga P100 3D-printer
Drukarka 3D EOS Formiga P100
Impressora 3D EOS Formiga P100
Imprimantă 3D EOS Formiga P100
EOS Formiga P100 3D-принтер
3D štampač EOS Formiga P100
EOS Formiga P100 3D-skrivare
3D yazıcı EOS Formiga P100
|
EOS Formiga P100 plastic 3D printer, manufactured in 2011. Its stated build dimensions are 200 × 250 × 330 mm (X × Y × Z). The machine has two axes, with 200 mm of X-axis travel, and a stated weight of 20.0 kg.
The technical information lists a standard layer thickness of 0.1 mm and a minimum layer thickness of 0.05 mm, with layer thickness uniformity of 0.01 mm and a resolution of 0.005 mm. The powder dosing principle is described as a roller in a roller trough. Process chamber heating uses surface heating, with powder-bed temperature measurement by radiation pyrometer; the listed heating power is 2.4 kW. The removal chamber uses resistance heating elements with separate temperature measurement and has a listed heating power of 2 kW.
The printer uses a CO2 laser with a stated wavelength of 10.6 µm. The focused beam diameter is 0.42 mm and the F-theta lens focal length is 440 mm. Beam deflection is described as a high-speed rotating mirror system with a precision galvanometer scanner. The listed beam deflection speed is 5 m/s, and the exposure field measures 220 × 270 mm.
Electrical connection options are listed as 3/PE 380–415 V AC, 16 A, or 3/PE 200–240 V AC, 20–25 A, at 50/60 Hz. Machine rated power is listed as 5 kW. The enclosed light-gray cabinet has a black horizontal viewing window and dark base. A display/control panel and emergency-stop button are mounted on the right side; the front access door has a vertical handle. The cabinet appears generally intact, with no obvious major damage visible.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
Plastic 3D printer manufactured in 2011. This EOS Formiga P100 features a build volume of 200 x 250 x 330 mm and operates with a CO2 laser rated at 30 W. It includes advanced heating systems for both the process and removal chambers. If you are looking to get high-quality 3D printing capabilities, consider the EOS Formiga P100 machine we have for sale. Contact us for further details.- Build Volume (W x D x H): 200 x 250 x 330 mm
- Standard Layer Thickness: 0.1 mm
- Minimum Layer Thickness: 0.05 mm
- Layer Thickness Uniformity: 0.01 mm
- Resolution: 0.005 mm
- Mechanical Axis Speed: 10 mm/s
- Powder Dosing Principle: Roller in a roller trough
- Process Chamber Heating Principle: Surface heating, powder bed temperature measurement via radiation pyrometer
- Process Chamber Heating Power: 2.4 kW
- Removal Chamber Heating Principle: Resistance heating elements with separate temperature measurement
- Removal Chamber Heating Power: 2 kW
- Laser Type: CO2 Laser - Laser Power (Wavelength 10.6 µm): 70 W
- Laser Class (Closed optics box & mounted protective tube): Class 1
- Laser Class (Open optics box cover or dismounted protective tube): Class 4
- Focused Beam Diameter: 0.42 mm
- Focal Length F-Theta Lens: 440 mm
- Laser Beam Deflection (Scanner): High-speed rotating mirror deflection with precision galvanometer scanner, temperature compensation, integrated servo and interface electronics, digital signal processor
- Exposure Field (W x D): 220 x 270 mm - Beam Deflection Speed: 5 m/s - Machine Electrical Connection: 3/PE 380V-415V AC 16A or 3/PE 200V-240V AC 20A-25A, 50/60 Hz - Machine Rated Power: 5 kW
- Max weight with frame: 20 kg; Max virgin powder fill: 10 kg
- Mixing Station Dimensions (W x D x H): 580 x 745 x 290 mm; Weight: 35 kg; Max powder container weight: 12 kg; Connection: 230 V (100V-240V), 50/60 Hz, 50 W, 1x1A-1x16A
- P3 Screening Machine Dimensions (W x D x H): 640 x 800 x 1200 mm; Weight: 55 kg; Recycled powder container weight (filled): 25 kg; Connection: 400 V 3~/PE CEE, 16 A, 50/60 Hz, 0.16 kW, 3x 16A
- Blasting Cabinet Dimensions (W x D x H): 1260 x 1230 x 1990 mm; Weight (without abrasive): 275 kg; Abrasive filling weight: 25 kg; Connection: 230 V (100V-240V) Schuko, 50 Hz, max. 2.6 A, 0.6 kW, 1x 10A
- Software: P100 User Access / FORMIGA P 100
Number of Axes: 2
X-axis Travel: 200 mm
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
| Client type | Machinery dealer |
| Active since | 2019 |
| Offers online | 2058 |
| Last activity | Nov. 14, 2026 |
GINDUMAC GmbH is a dynamic German company specializing in the global trade of used industrial machinery. Our international team of more than 30 employees supports manufacturers worldwide in buying and selling high-quality used equipment across sectors such as metalworking, sheet metal, plastics, woodworking, and automation.
Through a data-driven, digital approach, the company delivers accurate machine valuations, professional inspections, and end-to-end transaction management — ensuring a transparent, secure, and efficient sales process for both buyers and sellers.
Plastic 3D printer manufactured in 2011. This EOS Formiga P100 features a build volume of 200 x 250 x 330 mm and operates with a CO2 laser rated at 30 W. It includes advanced heating systems for both the process and removal chambers. If you are looking to get high-quality 3D printing capabilities, consider the EOS Formiga P100 machine we have for sale. Contact us for further details.- Build Volume (W x D x H): 200 x 250 x 330 mm
- Standard Layer Thickness: 0.1 mm
- Minimum Layer Thickness: 0.05 mm
- Layer Thickness Uniformity: 0.01 mm
- Resolution: 0.005 mm
- Mechanical Axis Speed: 10 mm/s
- Powder Dosing Principle: Roller in a roller trough
- Process Chamber Heating Principle: Surface heating, powder bed temperature measurement via radiation pyrometer
- Process Chamber Heating Power: 2.4 kW
- Removal Chamber Heating Principle: Resistance heating elements with separate temperature measurement
- Removal Chamber Heating Power: 2 kW
- Laser Type: CO2 Laser - Laser Power (Wavelength 10.6 µm): 70 W
- Laser Class (Closed optics box & mounted protective tube): Class 1
- Laser Class (Open optics box cover or dismounted protective tube): Class 4
- Focused Beam Diameter: 0.42 mm
- Focal Length F-Theta Lens: 440 mm
- Laser Beam Deflection (Scanner): High-speed rotating mirror deflection with precision galvanometer scanner, temperature compensation, integrated servo and interface electronics, digital signal processor
- Exposure Field (W x D): 220 x 270 mm - Beam Deflection Speed: 5 m/s - Machine Electrical Connection: 3/PE 380V-415V AC 16A or 3/PE 200V-240V AC 20A-25A, 50/60 Hz - Machine Rated Power: 5 kW
- Max weight with frame: 20 kg; Max virgin powder fill: 10 kg
- Mixing Station Dimensions (W x D x H): 580 x 745 x 290 mm; Weight: 35 kg; Max powder container weight: 12 kg; Connection: 230 V (100V-240V), 50/60 Hz, 50 W, 1x1A-1x16A
- P3 Screening Machine Dimensions (W x D x H): 640 x 800 x 1200 mm; Weight: 55 kg; Recycled powder container weight (filled): 25 kg; Connection: 400 V 3~/PE CEE, 16 A, 50/60 Hz, 0.16 kW, 3x 16A
- Blasting Cabinet Dimensions (W x D x H): 1260 x 1230 x 1990 mm; Weight (without abrasive): 275 kg; Abrasive filling weight: 25 kg; Connection: 230 V (100V-240V) Schuko, 50 Hz, max. 2.6 A, 0.6 kW, 1x 10A
- Software: P100 User Access / FORMIGA P 100
Number of Axes: 2
X-axis Travel: 200 mm
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
| Category | 3D printers |
| Build length (X) | 200 mm |
| Build width (Y) | 250 mm |
| Build height (Z) | 330 mm |
| Weight | 20 kg |
| worked hours | |
| hours under power | |
| state | as-is, where-is |
| At local norms | --------- |
| status | |
| Last availability date | 14/11/2026 |
| Product id | P261112172 |
| Language |
3D принтер EOS Formiga P100
3D tiskárna EOS Formiga P100
EOS Formiga P100 3D-printer
EOS Formiga P100 3D-Drucker
Εκτυπωτής 3D EOS Formiga P100
EOS Formiga P100 3D printer
Impresora 3D EOS Formiga P100
Imprimante 3D EOS Formiga P100
3D pisač EOS Formiga P100
EOS Formiga P100 3D nyomtató
Stampante 3D EOS Formiga P100
EOS Formiga P100 3D spausdintuvas
EOS Formiga P100 3D-printer
Drukarka 3D EOS Formiga P100
Impressora 3D EOS Formiga P100
Imprimantă 3D EOS Formiga P100
EOS Formiga P100 3D-принтер
3D štampač EOS Formiga P100
EOS Formiga P100 3D-skrivare
3D yazıcı EOS Formiga P100
|
EOS Formiga P100 plastic 3D printer, manufactured in 2011. Its stated build dimensions are 200 × 250 × 330 mm (X × Y × Z). The machine has two axes, with 200 mm of X-axis travel, and a stated weight of 20.0 kg.
The technical information lists a standard layer thickness of 0.1 mm and a minimum layer thickness of 0.05 mm, with layer thickness uniformity of 0.01 mm and a resolution of 0.005 mm. The powder dosing principle is described as a roller in a roller trough. Process chamber heating uses surface heating, with powder-bed temperature measurement by radiation pyrometer; the listed heating power is 2.4 kW. The removal chamber uses resistance heating elements with separate temperature measurement and has a listed heating power of 2 kW.
The printer uses a CO2 laser with a stated wavelength of 10.6 µm. The focused beam diameter is 0.42 mm and the F-theta lens focal length is 440 mm. Beam deflection is described as a high-speed rotating mirror system with a precision galvanometer scanner. The listed beam deflection speed is 5 m/s, and the exposure field measures 220 × 270 mm.
Electrical connection options are listed as 3/PE 380–415 V AC, 16 A, or 3/PE 200–240 V AC, 20–25 A, at 50/60 Hz. Machine rated power is listed as 5 kW. The enclosed light-gray cabinet has a black horizontal viewing window and dark base. A display/control panel and emergency-stop button are mounted on the right side; the front access door has a vertical handle. The cabinet appears generally intact, with no obvious major damage visible.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Client type | Machinery dealer |
| Active since | 2019 |
| Offers online | 2058 |
| Last activity | Nov. 14, 2026 |
GINDUMAC GmbH is a dynamic German company specializing in the global trade of used industrial machinery. Our international team of more than 30 employees supports manufacturers worldwide in buying and selling high-quality used equipment across sectors such as metalworking, sheet metal, plastics, woodworking, and automation.
Through a data-driven, digital approach, the company delivers accurate machine valuations, professional inspections, and end-to-end transaction management — ensuring a transparent, secure, and efficient sales process for both buyers and sellers.
Germany
2020
Germany
2019
| Printing technology | Binder Jetting / Material Jetting |
|---|---|
| Build width (Y) | 211 mm |
| Material Compatibility | Plastics: PLA, ABS, PETG, Nylon, TPU, etc. |
| Build length (X) | 294 mm |
|---|---|
| Build height (Z) | 144 mm |
Germany
2024
| Printing technology | FDM / FFF (Fused Deposition Modeling) |
|---|---|
| Build width (Y) | 600 mm |
| Material Compatibility | Plastics: PLA, ABS, PETG, Nylon, TPU, etc. |
| Build length (X) | 400 mm |
|---|---|
| Build height (Z) | 440 mm |
| Print Speed | 200 mm/s |
Germany
2017
| Printing technology | |
|---|---|
| Build width (Y) | 254 mm |
| Print Accuracy | µm |
| Print Speed | mm/s |
| Build length (X) | 355 mm |
|---|---|
| Build height (Z) | 355 mm |
| Material Compatibility |
Germany
2018
| Printing technology | |
|---|---|
| Build width (Y) | 254 mm |
| Print Accuracy | µm |
| Print Speed | mm/s |
| Build length (X) | 305 mm |
|---|---|
| Build height (Z) | 305 mm |
| Material Compatibility |
Germany
2018
Germany
2016
Germany
2021
| Printing technology | FDM / FFF (Fused Deposition Modeling) |
|---|---|
| Build width (Y) | 1200 mm |
| Print Accuracy | 5 µm |
| Build length (X) | 1200 mm |
|---|---|
| Build height (Z) | 1200 mm |
| Print Speed | 150 mm/s |
Germany
2020
| Printing technology | FDM / FFF (Fused Deposition Modeling) |
|---|---|
| Build width (Y) | 254 mm |
| Print Accuracy | 0.02 µm |
| Build length (X) | 355 mm |
|---|---|
| Build height (Z) | 355 mm |
| Material Compatibility | Plastics: PLA, ABS, PETG, Nylon, TPU, etc. |
Germany
2018
| Printing technology | FDM / FFF (Fused Deposition Modeling) |
|---|---|
| Build width (Y) | 254 mm |
| Build length (X) | 254 mm |
|---|---|
| Build height (Z) | 254 mm |
Germany
2017
Germany
2011
| Printing technology | DMLS / SLM (Direct Metal Laser Sintering / Selective Laser Melting) |
|---|---|
| Build width (Y) | 250 mm |
| Build length (X) | 250 mm |
|---|---|
| Build height (Z) | 325 mm |
Germany
2019
| Build length (X) | 1020 mm |
|---|---|
| Build height (Z) | 820 mm |
| Build width (Y) | 840 mm |
|---|---|
| Material Compatibility | Plastics: PLA, ABS, PETG, Nylon, TPU, etc. |
Germany
2022
| Printing technology | FDM / FFF (Fused Deposition Modeling) |
|---|---|
| Build width (Y) | 400 mm |
| Build length (X) | 500 mm |
|---|---|
| Build height (Z) | 510 mm |
Germany
2021
| Printing technology | |
|---|---|
| Build width (Y) | 305 mm |
| Print Accuracy | 50 µm |
| Print Speed | mm/s |
| Build length (X) | 305 mm |
|---|---|
| Build height (Z) | 406 mm |
| Material Compatibility |
Germany
2019
| Printing technology | SLS / MJF (Selective Laser Sintering / Multi Jet Fusion) |
|---|---|
| Build width (Y) | 284 mm |
| Material Compatibility | Plastics: PLA, ABS, PETG, Nylon, TPU, etc. |
| Build length (X) | 380 mm |
|---|---|
| Build height (Z) | 380 mm |
| Printing technology | Binder Jetting / Material Jetting |
|---|
Germany
2017
| Printing technology | |
|---|---|
| Build width (Y) | 254 mm |
| Print Accuracy | µm |
| Print Speed | mm/s |
| Build length (X) | 254 mm |
|---|---|
| Build height (Z) | 254 mm |
| Material Compatibility |
Germany
2018
| Printing technology | |
|---|---|
| Build width (Y) | 254 mm |
| Print Accuracy | µm |
| Print Speed | mm/s |
| Build length (X) | 355 mm |
|---|---|
| Build height (Z) | 355 mm |
| Material Compatibility |
Germany
2017
| Printing technology | |
|---|---|
| Build width (Y) | 120 mm |
| Print Accuracy | 100 µm |
| Print Speed | mm/s |
| Build length (X) | 230 mm |
|---|---|
| Build height (Z) | 180 mm |
| Material Compatibility |
Germany
2020
| Printing technology | |
|---|---|
| Build width (Y) | 254 mm |
| Print Accuracy | µm |
| Print Speed | mm/s |
| Build length (X) | 254 mm |
|---|---|
| Build height (Z) | 254 mm |
| Material Compatibility |
Germany
2022
Turkey
2012
Germany
2012
| Printing technology | |
|---|---|
| Build width (Y) | mm |
| Print Accuracy | µm |
| Print Speed | mm/s |
| Build length (X) | mm |
|---|---|
| Build height (Z) | mm |
| Material Compatibility |
Germany
2019
| Printing technology | |
|---|---|
| Build width (Y) | mm |
| Print Accuracy | µm |
| Print Speed | mm/s |
| Build length (X) | mm |
|---|---|
| Build height (Z) | mm |
| Material Compatibility |
Germany
2017
| Printing technology | SLS / MJF (Selective Laser Sintering / Multi Jet Fusion) |
|---|
Germany
2022
| Printing technology | |
|---|---|
| Build width (Y) | 132 mm |
| Print Accuracy | µm |
| Print Speed | mm/s |
| Build length (X) | 320 mm |
|---|---|
| Build height (Z) | 154 mm |
| Material Compatibility |
Germany
2023
| Printing technology |
|---|
Germany
2017
| Printing technology | SLS / MJF (Selective Laser Sintering / Multi Jet Fusion) |
|---|---|
| Build width (Y) | mm |
| Print Accuracy | µm |
| Print Speed | mm/s |
| Build length (X) | mm |
|---|---|
| Build height (Z) | mm |
| Material Compatibility |
EN
- Languages
English (GB)