Bambu Lab X1-Carbon Combo 3D Printer

Participants create superheroes to express their feelings and experiences. By using storytelling methods, maker technologies and creative writing they express complex emotions in the form of objects. For this, children employ technologies such as 3D printing, laser cutting, electronics and microcontrollers or even sewing. After the participants created their very own heroes, they face interesting and fun challenges and delve into deep ethical and moral questions in their adventures. Maker’s Red Box contains everything but a makerspace that a teacher and a group of 12 students need to start making. It consists of 16 two-hour long sessions that build on each other. Inside the Box Teacher’s Guide USB flash drive Lady Rainbow Lady Rainbow base villain villain base colour wheel discs, 6 colours charachter box side character box cover character box base question card box question cards minature charachter with wings female sample charachte three-headed dog sample charachter typoghraphy puzzle discs, 6 colours speech bubble story box inside (aluminium) glued, cabled, soldered, with switch story box locking unit, right side story box locking unit, left side story box layers, glued lesson plans in A4 envelope colour wheel characher box sides characher box base story box locking element, left side LED stripe,  5V aluminium foil tape, 50 mm x 10 m tumbler switch, 2-way USB connector, DIY story box sides foamed PVC, 10 × 8 x 130 mm strips foamed PVC, 10 × 8 x 230 mm strips tracing paper, 140 g, 300 × 400 mm two-core cable sketchbooks pens magnetic sheet, 300 × 400 mm cable lugs, uninsulated   For the workshops, you’ll also need: 4 3D printers 12 micro:bit microcontrollers 1 laser cutter 4 soldering stations 12 laptops

The Bambu Lab AMS is an intelligent system that communicates with the tool head to guarantee smooth feeding and automatic mid-print filament switching. Most failures with AMS are due to improper use. Here are some guidelines to reduce issues and have the best user experience. Color, the ultimate expression of emotions, is brought to you by Bambu Lab's Automatic Material System (AMS). You can now enjoy printing freely in multiple colors and materials. Each AMS unit comes with 4 Reusable Spools (1 high temperature spool and 3 low temperature spools).     Product Features Multi-Colors/materials Capability Keep Filament Dry Filament Runout & Winding Detection AMS Filament Backup   In the Box 1x High Temperature Reusable Spool(made by PC/ ABS Alloy Material，no filament include) 3x Reusable Spool(made by ABS Material) 1x Filament Buffer 1x Bus Cable - 4pin 1x Bus Cable - 6pin 2x Spare Filament Cutter 3x M3*23 Screw 1x 550mm PTFE Tube 1x 370mm PTFE Tube 4x Internal Tube 1x PTFE Tube Connector 1x Instruction Manual 2x Desiccant（inside the AMS）

The Bambu Lab Liquid Glue is an adhesive specially developed for 3D printing, suitable for printing materials such as PLA, ABS, and PETG on appropriate surfaces, including the Cool Plate, High-Temperature Plate, and Textured PEI Plate. When using Bambu Lab Liquid Glue, constant adhesion is maintained without worrying about models falling off or warping. Features Excellent adhesion: avoid printing failures by ensuring that the models adhere perfectly to the print surface. Bambu Lab Liquid Glue also makes it easier to remove prints from the plate when finished. The Bambu Lab Liquid Glue can be cleaned easily from the print surface and from models. Compared with glue stick, liquid glue for build plate will leave less residue on the printed model and is easier to clean up. Compared with glue stick, Bambu Lab Liquid Glue is easier to apply uniformly over the build surface The ingredients are environmentally friendly and harmless to the human body, with lower odor compared to other glues

Melt extrusion printers will generate VOCs while printing because the heating temperature of ABS, PC, PA and other materials is relatively high, resulting in more VOCs. Materials such as PLA with lower melting points produce much fewer VOCs during printing. These VOCs are absorbed by our activated carbon air filter. Compatibility X1 Series Exclusive   Instruction The X1-Carbon comes with a carbon filter which is used for filtering the air from the enclosure before it is expelled outside. Here's how you can replace it: 1. Remove the plastic cover 2. Gently pull on the carbon filter to remove it 3. Install the new carbon filter 4. Attach the plastic cover  

Kids are given an opportunity to imagine and design the city of the future they would like to live in. The city changes constantly as they get introduced to new technologies and learn to act as a team. The course introduces them to urban development concepts like governance and sustainability. They have to come up with solutions by creating a scaled down model with laser cutting, 3D printing and programmable microcontrollers. While building the city they are seeking answers for the challenges of the future they will soon experience. Maker’s Red Box contains everything but a makerspace that a teacher and a group of 12 students need to start making. It consists of 16 two-hour long sessions that build on each other. Included in the box: hexa box bottoms hexa box tops artificial turf rolls 300 × 400 mm pebble sheets 300 × 400 mm spreadable turf neopixel rings 5 mm photoresistors twin core wire warm white LED, clear clear filament piezo audio transducers (earthquake detector micro:bit connectors coloured paper heat-shrink tubing, size 3/1,5 For the Teachers: Teacher’s Guide USB flash drive composite drawings role-playing cards sample hexa box printed sample buildings lesson plans   For the workshops, you’ll also need: 4 3D printers 12 micro:bit microcontrollers 1 laser cutter 4 soldering stations 12 laptops  

A team of exceptional space engineers is formed to get to Mars and terraform the planet. The story evokes the inner explorer in children making every session just another adventure. Completing the mission is only possible if they create their own sustainable and efficient designs by employing their newly acquired tech skills. Maker’s Red Box contains everything but a makerspace that a teacher and a group of 12 students need to start making. It consists of 16 two-hour long sessions that build on each other. Inside the Box Teacher’s guide 1 USB flash drive 1 micro:bit motor control Kitronik 1 maps (board game map, story map, Mars map, large) 3 landing pad 1 4 x AA battery holder with switch and cover 1 geared robot/model motors, 3-6 V 2 battery holder fasteners 2 motor driver adapter 1 front bumper 1 rear bumper 1 wheels 2 rover motherboard 1 rover cover 1 table tennis ball socket 1 two-core cable 1,5 m silicone tube, size 2/6 0,5 m green LEDs, 5 mm 3 red LEDs, 5 mm 3 white LEDs, 5 mm 2 photoresistor, 5 mm, R = 8k-20k 1 M3 self-locking nuts 6 M3 threaded rod, 250 mm 1 M3 nuts 16 M3 × 40 cross-threaded bolts 6 M3 × 30 cross-threaded bolts 10 washers, 4 × 10 mm 22 geared robot/model motor, 3-6 V 1 metal film resistors, 100 Ω 2 test tube (15 × 100 mm) 1 landing pad pawn 1 astronaut pawn 1 dice, regular 1 dice, 10-sided 1 board game tokens 24 small cogwheels 2 large cogwheels 2 spacers, diameter 12 × 5 2 spacers, diameter 12 × 13 2 spacers, diameter 6 × 14 2 photometer 1 water tank, top 1 water tank, bottom 1 table tennis ball 1 2 × AA battery holder with cover, no switch 1 tumbler switch, 2-way 1 gate valve enclosure 1 dodecahedron, large dice 1 lesson plans in A4 envelope 16 two-core cable 12m silicone tube, size 2/6 3 m green LEDs, 5 mm 16 red LEDs, 5 mm 8 white LEDs, 5 mm 8 photoresistors, 5 mm, R = 8k-20k 8 M3 self-locking nuts 40 M3 threaded rods (250 mm) 8 M3 nuts 100 M3 × 40 cross-threaded bolts 40 M3 × 30 cross-threaded bolts 64 washers, 4 × 10 mm 264 4 x AA battery holders with switch and cover 6 geared robot/model motors, 3-6 V 18 metal film resistors, 100 Ω 8 test tubes (15 × 100 mm) 9 test tube rack 1 battery holder fasteners 12 motor driver adapters 6 front bumpers 6 rear bumpers 6 wheels 12 rover motherboards 6 rover covers 6 table tennis ball socket 6 small cogwheels 12 large cogwheels 12 spacers, diameter 12 × 5 12 spacers, diameter 12 × 13 12 spacers, diameter 6 × 14 12 table tennis balls 6 2 × AA battery holder, no switch 6 heat-shrink tubing, size 4/2 5 tumbler switch, 2-way 6 gate valve enclosure 6       For the workshops, you’ll also need: 4 3D printers 12 micro:bit microcontrollers 1 laser cutter 4 soldering stations 12 laptops

Filament with Spool RFID for Intelligent Printing All printing parameters are embedded in RFID, which can be read through our AMS (Automatic Material System). Recommended Printing SettingsDrying Settings (Blast Drying Oven)                                                                       55 °C，8 hPrinting and Keeping Container's Humidity                                                             < 20% RH (Sealed, with Desiccant)Nozzle Temperature                                                                                               190 - 230 °CBed Temperature (with Glue)                                                                                 35 - 45 °CPrinting Speed                                                                                                       < 300 mm/s Physical Properties Density                                                                                                                  1.31 g/cm³Vicat Softening Temperature                                                                                 63 °CHeat Deflection Temperature                                                                                 58 °CMelting Temperature                                                                                             163 °CMelt Index                                                                                                             39.4 ± 3.2 g/10 min Mechanical Properties Tensile Strength                                                                                                      30 ± 5 MPaBreaking Elongation Rate                                                                                      14.8 ± 4.2 %Bending Modulus                                                                                                  2360 ± 250 MPaBending Strength                                                                                                  53 ± 6 MPaImpact Strength                                                                                                     19.2 ± 3.7 kJ/m²  

A Bambu glue stick provides suitable adhesion between the build plate and the model, and also it's formaldehyde-free. Compatibility X1 Series, P1P   User Guide Apply evenly to the cleaned build plate before printing and cover all print areas. Please wash the plate after printing has been completed.   Note WARNING! CHOKING HAZARD. Please keep small parts away from children under 3 years old and stored in a cool and dry place.

Bambu PLA Metal is a filament with a metallic textured surface designed to enhance the visual appeal of your 3D prints. Its design aims to mimic the texture of metal, although it does not contain any actual metallic fillers. With its advanced metallic surface, this filament gives your prints a professional and high-quality appearance and a touch of elegance without significantly affecting the overall printing performance of conventional PLA. RFID for intelligent printing All print parameters are embedded in RFID, which can be read via our AMS (Automatic Material System). Insert and print! No more tedious setting steps. Recommended print settingNozzle temperature                                                            190 - 230°CHeating bed temperature                                                    35 - 45°CPrint speed                                                                          < 300 mm/sDrying settings                                                                     55°C, 8hStorage at                                                                            < 20% RH Physical propertiesDensity                                                                                1.25 g/cm3Vicat softening temperature                                                62°CHeat deflection temperature                                               62°CMelting temperature                                                           160°C Mechanical propertiesTensile strength                                                                  46 ‡ 2 MPaElongation at break                                                            20.6 ‡1.4%Flexural modulus                                                               2290 + 210 MPaFlexural strength                                                               72 + 2 MPaImpact strength                                                                 58.9 ‡3.4 kJ/m2  

Bambu PLA Sparkle is a next-level aesthetic filament that combines strength and sparkle. With metal particles included in its composition, Bambu PLA Sparkle adds a special sparkling look to your prints that sets them apart from the rest. However, it is not recommended to use a 0.2 mm nozzle for printing as clogging may occur. Take your 3D printing projects to new heights with Bambu PLA Sparkle! RFID for Intelligent Printing All printing parameters are embedded in RFID, which can be read through our AMS (Automatic Material System).  Load and print! No more tedious setting steps. Recommended pressure settingNozzle temperature                                               190 - 230°CHeating bed temperature                                       35 - 45°CPrint speed                                                             < 250 mm/sDrying settings                                                        55°C. 8hStorage at                                                               < 20% RH Physical propertiesDensity                                                                    1.26 g/cm3Vicat softening temperature                                    57°CHeat deflection temperature                                   55°CMelting temperature                                               156°CMelt flow index                                                        34.2 ‡ 3.3 g/10min Mechanical propertiesTensile strength                                                      33 + 3 MPaElongation at break                                                11.7 ‡0.7%Flexural modulus                                                    2310 + 140 MPaFlexural strength                                                    63 + 4 MPaImpact strength                                                      66.5 ‡3.6 kJ/m2