Features

printer stats m3 printer m3 build volume dimensions (w x d x h) 760 x 696 x 1760 mm (30 x 27 5 x 69 3 in) weight 231 kg ( 510 lbs) build envelope 189 x 118 x 326 mm (7 4 x 4 6 x 12 8 in) pixel size 75 µm m3 max printer dimensions (w x d x h) 760 x 696 x 1760 mm (30 x 27 5 x 69 3 in) weight 249 kg ( 550 lbs) build envelope 307 x 163 x 305 mm (12 1 x 6 4 x 12 in) pixel size 75 µm m3 max build volume for information about facility requirements for installation, please refer to docid\ hws1ujvxqpvokv9ymdsu4 or docid\ xckd87zq6nzxz3bsamccb build area parts are printed in the build area operators will primarily interact with components in this part of the printer during daily operation the major components of the build area are platform cassette more information on the build area are provided in a detailed diagram below body the body is the portion of the printer below the build area it is clad with white metal panels foot the foot is the base of the printer there are four built in casters to position the printer there are four leveling feet used to stabilize the printer once in position touchscreen the display shows the printer’s status and has touchscreen functionality for performing basic functions more information provided below printer door the printer door is the curved, transparent yellow barrier that encloses and protects the build area the door moves up and down and is activated using the foot switch located at the foot of the printer the door protects your part from ambient uv light as well as protecting against dust or objects interfering with the printing process the door is disabled during printing and forcing open the door will automatically abort your print foot switch the foot switch, located underneath the front edge of the printer, allows the user to open and close the door by placing their foot under the printer and pushing up on the button pressing and holding the switch will both close the door and start a print when the printer is ready for operation emergency stop button in case of emergency, press the emergency stop (e stop) button when pressed, power will be cut to most printer systems and all printer motion will cease your in progress print will be lost if the emergency stop button is pushed any partially printed parts will need to be discarded and reprinted service door access lock the service door is opened by inserting an 8 mm allen wrench into the access lock hole and turning the wrench an 1/4 of a turn clockwise to release the door open do not turn counter clockwise service door the service door allows access to self service maintenance areas in the printer body build area bridge dimensions (w x d x h) 760 x 696 x 1760 mm (30 x 27 5 x 69 3 in) weight 231 kg ( 510 lbs) build envelope 189 x 118 x 326 mm (7 4 x 4 6 x 12 8 in) pixel size 75 µm the bridge holds the platform and moves it vertically during printing platform the platform is a removable appliance with a flat surface upon which parts are printed rear window the rear is the curved, transparent yellow barrier that encloses and protects the back of the build area the window protects your part from ambient uv light cassette the cassette is a highly engineered optical device that is a critical component of the digital light synthesis™ platform it is a removable appliance that holds the liquid resin used to make parts the window must be properly maintained to ensure print quality improper maintenance or damage to the window will reduce print quality and may result in failed prints and production delays exhaust vent the printer's exhaust vent resides in the rear window at the base of the build area printer deck the printer deck is the flat surface that lines the bottom of the build area the cassette resides on the printer deck projection volume this is an opening in the printer deck that is typically covered by the cassette uv light from the light engine passes up through this space from the printer cavity onto the cassette window more information provided below side covers the build area sides come in three configurations bellows a corrugated cover roller shades a flat sheet of material coverless no covering the bellows and roller shade covers are for cosmetic purposes only to reduce user maintenance, newer printers will not have either cover in place rear connectors during normal use, you shouldn’t need to touch the back of the printer, but you will need access for setup and maintenance do not attempt to open or remove any of the printer panels unless instructed to do so network port standard rj 45 port for connecting the printer to your network via ethernet cable external e stop jumper an external e stop jumper (provided by carbon) must be installed in this port at all times without this jumper in place, the printer will be in an e stopped state without this jumper in place, the printer will be in an e stopped state this jumper also allows the usage of a remote e stop device v1 e stop jumper is user installed (refer to docid\ cuc 4ice6kvrrgvjrfxrj instructions ) v2 compact e stop jumper is pre installed power switch the power switch must be turned on to supply power to the printer select maintenance tasks will require shutting down power with this switch ac power socket power socket for the printer electrical inlet connection iec 320 c19 reserved not for customer use at this time compressed air inlet the printer requires a connection to compressed air air inlet ¼” npt female bulkhead connector exhaust outlet air from the build area is passed through the exhaust at the back of the printer the printer must be connected to mechanical ventilation via a 4 inch diameter duct reserved not for customer use at this time usb port two usb ports are located behind a service panel during printer setup, users will use one of these ports (either is fine) to connect the printer to carbon servers during normal operation or maintenance, this service panel will be closed and not in use cassette the m3 / m3 max printer uses next gen oxygen permeable optics with the m3 / m3 max cassette the cassette sits on the deck and holds liquid resin during printing the transparent window in the center creates the dead zone that unlocks the speed and quality of the digital light synthesis™ process during printing, light from the light engine in the body of the m3 / m3 max printer shines through the window and cures liquid resin to build parts the standard m3/m3 max cassette is labelled d1 the window must be properly maintained to ensure print quality improper maintenance or damage to the window will reduce print quality and may result in failed prints and production delays m3 dimensions 332 x 256 x 89 mm (13 1 10 1 x 3 5 in) weight empty 3 4 kg (7 5 lbs) weight full 5 2 kg (11 5 lbs) resin capacity 1700 ml m3 max dimensions 415 x 360 4 x 118 6 mm (16 4 x 14 2 x 4 7 in) weight empty 6 4 kg (14 lbs) weight full 9 5 kg (21 lbs) resin capacity 3200 ml m3 cassette serial number unique identifier used to record specific print history metal frame for measuring, containing and carrying resin graduation lines graduation lines indicate volume in milliliters the lines may be used as an approximation of resin amount when dispensing (other options also available ) window the window in the bottom of the cassette allows light and oxygen to pass through into the resin during printing the transparent window is not a simple piece of glass it is a complex light and oxygen permeable membrane that is precious and delicate, like the surface of your eye seam the seam is where the window meets the frame do not use sharp tools to clean residual resin from the seam as this will damage the window handle there are handles on both sides of the cassette frame the cassette can be gripped using these features pull studs the cassette contains four pull studs, one at each corner the pull studs hold the cassette in place during printing with pneumatic power nfc tag the nfc tag communicates with the printer m3 max cassette serial number unique identifier used to record specific print history metal frame for measuring, containing and carrying resin pour spout guides resin when emptying cassette compatible with docid\ f1aynlyvogrueaf5ozqg4 window the window in the bottom of the cassette allows light and oxygen to pass through into the resin during printing the transparent window is not a simple piece of glass it is a complex light and oxygen permeable membrane that is precious and delicate, like the surface of your eye seam the seam is where the window meets the frame do not use sharp tools to clean residual resin from the seam as this will damage the window handle there are handles on both sides of the cassette frame the cassette can be gripped using these features pull studs the cassette contains four pull studs, one at each corner the pull studs hold the cassette in place during printing with pneumatic power nfc tag the nfc tag communicates with the printer additional cassette types docid\ iffh3q8 wlk liqr87bd5 developed specifically for oral health applications, this cassette features light scattering technology to improve surface quality and reduce the need for manually finishing splints the m3 and m3 max ao polishing cassettes are labeled d4 this cassette can also be used for non dental applications contact docid\ k86zo5vcyn wqjl3vdgft for more information cassette lid (m3 only) the m3 cassette lid is a uv resistant cover that enables resin to be stored in a cassette outside of a printer the lid keeps light, dust and debris from getting to the resin stored in the cassette, keeping the resin safe for reuse the lid is especially helpful for oral health customers that use one part resins only one part resins can be stored in the cassette two part resins cannot be stored due to their limited pot life two part resins that are past their pot life may damage the cassette two m3 cassettes with lids stacked on top of one another stackable the lid design is stackable, to enable easier storage of multiple cassettes m3 lid with chalk marker writing on shiny surface easy labeling the cassette lid features a shiny surface that is designed to be used with a https //www amazon com/dp/b0bft9dm7g/ref=pe 386300 442618370 te dp i1 be sure to write the name of the stored resin on the shiny surface the writing can easily be erased with a towel moistened with ipa or water the lid must be removed from the cassette before printing additional lids can be ordered from the https //shop carbon3d com/collections/accessories/products/m3 cassette lid in quantities of two login is required platform the platform is a flat surface upon which parts are printed it is held in place by the bridge which moves vertically to build parts when printing is completed, the platform is removed from the printer so that parts can be processed the platform can be scratched by steel tools such as the yellow scraper when removing parts keep all bladed tools parallel with the platform during part removal to minimize chances of damaging the platform scratches and dings on the platform’s printing surface will show on parts where they contact the platform dents, bumps, and scratches on the platform can damage the window of the cassette it is critical to clean it carefully and always treat the platform gently inspect the platform for damage before loading it into the printer m3 weight 1 67 kg (3 69 lbs) dimensions 241 x 185 x 63 75 mm (9 49 x 7 28 x 2 51 in) m3 max weight 3 4 kg (7 5 lbs) dimension 388 x 210 x 63 75 mm (15 28 x 8 27 x 2 51 in) m3 platform build area the flat surface of the platform where parts are built front handle the front handle is best used to transport an empty platform around the lab side grips the side grips are best used for loading/unloading the platform onto the bridge and transporting printed parts around the lab guide rails these features on the underside of the platform slide onto the bridge locating pins the locating pins ensure that the platform is seated correctly during operation pull stud the pull stud holds the platform in place during printing with pneumatic power nfc tag the nfc tag communicates with the printer m3 max platform build area the flat surface of the platform where parts are built front handle the front handle is best used to transport an empty platform around the lab side grips the side grips are best used for loading/unloading the platform onto the bridge and transporting printed parts around the lab guide rails these features on the underside of the platform slide onto the bridge locating pins the locating pins ensure that the platform is seated correctly during operation pull stud the pull stud holds the platform in place during printing with pneumatic power nfc tag the nfc tag communicates with the printer bridge the bridge is supported from the sides of the build area over the cassette it holds the platform and moves it vertically during printing underside of bridge showing guide rails, print head clamp pot and platform nfc antenna operators will interface with three components of the bridge for printing guide rails guide rails are where the platform slides onto the bridge for inspection print head clamp pot print head clamp pot ensures the proper seating of the platform platform nfc antenna platform nfc antenna reads the identity of the platform projection volume the projection volume is the opening in the deck below an installed cassette operators will interface with three components in the projection volume for inspection and cleaning deck clamp pots deck clamp pots ensures the proper seating of the cassette heaters heaters span the projection volume opening it is used to warm certain resins during printing to decrease viscosity use caution with the heating element as it may be hot light engine spill window light engine spill window is located below the deck surface, at the bottom of the projection volume it protects the light engine's sensitive electronics from spills and debris top of deck showing deck clamp pots, heaters and light engine spill window touchscreen the display shows the printer’s status and has touchscreen functionality for performing basic functions the home screen shows the current status of the printer when idle, the home screen prompts you with the next expected action ready to print screen shown here, with information about the next print in the queue and the start button in the upper right when printing, the display shows the uv image projected into the resin as well as the remaining printing time and other print stats (shown below) queue the current print queue can be accessed via this side menu prints previously printed projects can be accessed via this side menu settings printer settings can be accessed via this side menu time remaining the amount of time left for the print this number may adjust in real time as the m3 printer's force feedback feature speeds up or slows down the print according to real time forces project name the name of the project currently printing slices movie the current slice printing plays here as a video throughout the print abort aborts a print a non emergency option for quickly stopping a print progress bar the print's progress will update here in real time total print time the total estimated print time this number may adjust in real time as the m3 printer's force feedback feature speeds up or slows down the print according to real time forces operator name the name of the operator who sent the project to the print queue print number the print number for tracking if the print number is used in a part label, this number will be used resin the material currently printing light bar printer status the light bar at the top of the printer provides a quick indicator of the printer's status true center unhandled content type center unhandled content type center unhandled content type center unhandled content type center unhandled content type center unhandled content type center unhandled content type 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force feedback means the printer adapts in real time to respond to suction forces and resin flow this leads to more first print successes and fewer print defects as the printer measures forces, the printer reacts by adjusting how far the platform moves up between slices, how fast the platform moves up and down, and how long to wait before exposing each slice to uv light the adjustments are also influenced by the geometry of the parts, the resin and its viscosity, and how the ambient temperature of the room all affect printing what happens during one slice of printing the platform moves up, pulling resin into the dead zone when forces stabilize, the platform moves down to the curing position then the platform remains stationary while the forces and resin flow relax when stabilized, the uv curing occurs for the slice force feedback means that print time estimates are approximate estimates lean conservative, meaning that actual print time will often result in faster prints than the estimate occasionally, the print time may adjust slightly longer either way, print time adjusts in real time on the printer status page or touchscreen, so you can check on the print as it progresses