The IPSO 105 is a high-temperature, industry-standard all-rounder at an unbeatable price. Industrial engineers and designers can get robust, high-performance components in the quickest, most automated, and most dependable manner. The tool maker’s tool is a fitting name for this 105-liter machine with a print bed that can reach 180 degrees Celsius and a temperature of 100 degrees Celsius. It is made with cutting-edge dual extruders that can print high-performance materials and have open access to PC, PEKK, and PEKK-CF, which are the world’s most advanced materials.
A Tool Maker’s Build Volume
IPSO’s build chamber, which measures 400 mm x 600 mm x 440 m and has a build volume of 105 liters, is ideal for a wide range of tooling applications. The IPSO 105 achieves the level of repeatability and accuracy you would expect from an industrial machine thanks to its stepper motors with encoders and made-to-last industrial components.
High-Performance Parts
The build chamber can reach 100°C, the print bed can reach 180°C, and the extruder can reach 450°C, all of which are advanced high-temperature capabilities of IPSO 105. This adaptability and accuracy empower the broadest scope of uses with limitless materials, from designing level parts to utilitarian models.
The build chamber can reach 100°C, the print bed can reach 180°C, and the extruder can reach 450°C, all of which are advanced high-temperature capabilities of IPSO 105. This adaptability and accuracy empower the broadest scope of uses with limitless materials, from designing level parts to utilitarian models.
Uninterrupted Productivity
The 2 DSX (Direct Synchronized Extruders) are fit for printing at 450°C and have coordinated cooling channels and various sensors for checking and control. At the point when fiber runs out the Transfer Mode kicks in and the second extruder consistently dominates. Due to their short filament path and optimized feeding mechanism, the DSX extruders excel with soft, flexible materials (up to 70A).
Print at the Push of a Button
Getting started is quick and easy thanks to the numerous automatic functions like bed calibration via topology measurement and corresponding automatic compensation. After a smooth start, many built-in sensors will secure your 24/7 operation while the HD wide-angle camera enables real-time remote monitoring so you won’t miss a thing.
Several Options for Optimal Adhesion
Further develop your print achievement on account of the uniformly warmed print bed offering two print surfaces. One option is a specialized tempered glass plate that exhibits minimal thermal expansion and produces prints with a wider variety of materials that are more accurate. The other is a steel plate that is flexible and has a PEI coating and a magnetic foil for easy print removal.
Precise & Accurate Parts
Predictable temperature is key for incredible prints and a prerequisite for elite execution parts. The IPSO 105’s print bed maintains uniform heat distribution at temperatures up to 180°C. The optimal mechanical performance and print quality are guaranteed by the well-insulated build chamber’s circulation of heated air heated to 100°C.
Innovate and meet the requirements for aerospace industry certifications. The IPSO 105 prints with superior execution materials making solid, protected, light-weight parts. Innovations at all stages of the design workflow are made possible by high precision, repeatability, and resolution.
Validate and test designs before moving on to final production. With the open-material system, you can accurately replicate the final part using a wide range of filaments. Reduce manufacturing costs, accelerate product introduction, and iterate more quickly.
Build jigs and fixtures, which are inexpensive rapid tooling for your factory floor, at a low cost. High-temperature capabilities enable in-house production of robust and geometrically intricate tools. overcome outmoded conventional methods and print on demand tools.
Version | BigRep IPSO 105 | |
Build volume | 400mm x 600mm x 440mm (x,y,z) | |
BigRep materials | ABS, ASA, BVOH, HI-TEMP, HI-TEMP CF, PA12 CF, PA6/66, PETG, PLA, PLX, PRO HT, TPU 98A | |
Compatible materials | ABS, ABS-ESD, ABS-FR, ASA, HT-PETG, PA6, PA6-CF, PA12, PA12-CF, PA12-GF, PC, PC-ABS, PC-FR, PC-CF, PCTG, PEKK, PEKK-CF, PETG, PLA, PP, PP-GF, TPU, TPC (Open for 3rd party materials) | |
Extruder | Direct Synchronized Extruder (DSX) | |
Extruder configuration | Water-cooled dual DSX | |
Hotends | Precise or Power | |
Nozzles | Brass or hardened steel | |
Nozzle diameters | 0.4mm, 0.6mm, 1.0mm | |
Layer thickness | From 0.05mm | |
Extruder temp | Up to 450°C | |
Build chamber temp | Up to 100°C | |
Print bed temp | Up to 180°C | |
Max print speed | Up to 200 mm/s | |
Max throughput | Up to 150 g/h | |
Position accuracy | < 0.1mm in XY | |
Movement speed | 250 mm/s in XY | |
Drive technology | Stepper motors with encoder | |
Air cleaning unit | Filtration system with active carbon filter and HEPA filter | |
Safety circuit | Unmanned 24/7 operation | |
Connectivity | USB, network | |
Pause printing | Out-of-filament sensor with smart ʻstop and goʼ function (build chamber and print bed remain heated) | |
Slicing software | Simplify3D, Cura | |
Machine control | HAGE3D industrial control | |
HMI | LED + 7” touchscreen | |
Camera | Wide angle color HD camera for real time remote monitoring | |
Override function | Manual override in real time | |
User Access | Multi-level user permissions | |
Power supply | 400 V / 16 A | |
External dimensions | 1270mm x 1120mm x 1730mm (x,y,z) | |
Weight | Approx. 420kg |
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