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    From Your  Basement Become a 3D Printing Craftsman-Car Metal Parts 3D Printer

    From Your  Basement Become a 3D Printing Craftsman-Car Metal Parts 3D Printer

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    Description

    Based metal indirect 3D printing solution（F-MIM）3D printer Debending equipment SinteringequipmentDifferent from the direct additive manufacturing process of materials such as resin plastics or metals, F-MIM technology is an innovative solutionforindirect3D printing technology combining 3D printing and powder metallurgy. 3D printing only completes the production of high-precision greenbody, andalso requires powder metallurgy related processes such as debinding +sinteringtoobtain consistent and excellent products. MIM technology has the advantages of fast printing speed, lowcost, high
    MIM-based metal indirect 3D printingsolutionmolding precision, good product performance consistency andwideprintablematerials.The printable material system is rich and comprehensive, includingstainless steel, die steel, high temperature alloy, titaniumalloy, refractorymetaland other metal materials, as well as ceramic materials such as zirconia, alumina,silicon carbide. The almost endless list of potential materials creates favorable objectiveconditions for 3D printing large-scale entry into the applicationmarket, andcanbe widely used in research and education, industrial manufacturing, aerospace,military defense, biomedical, automotive, mold manufacturing, newenergy,etc. .
    filament 3D printing Green part Debinding Sintering Metal part
    MIM-based metal indirect 3D printingsolution 1
    ● Overall quotation
    Policy and service content
    Item content
    Installation training On-site service time: 5-8 days. The customer only has to pay for transportationandaccommodation expenses for the service engineer. Supporting consumable Free fitting: 1KG PEEK, 3KG stainless steel 316XL, 3KGPLA.software Free metal indirect 3D printing companion slicingsoftwareTool kit Free special tool kit
    Price :  (including printer + debinding furnace + sintering furnace). Quote valid for 30 days. Payment method: 50% prepayment in advance, Balance should be paid beforedelivery.Delivery period: 25-45 days. 1. Service:
    a. The customers need to use the original consumables. If other consumables areneeded,they must be tested by our company before they can be used. Otherwise, theyarenotcovered by the free warranty;
    b. It is forbidden to disassemble or repair the equipment without consent. If thereisanyproblem with the use of the equipment, please contact our technical staff for assistance;c. During the warranty period, our company will work with customers to carryout
    MIM-based metal indirect 3D printingsolution 2
    equipment technical support and warranty work remotely. If on-site support is required,both parties will negotiate in advance. 2. After-sales policy
    1. The whole machine is guaranteed for 12 months. During the warranty period, ourcompany provides remote technical support free of charge to assist customers insolvingmachine problems during use;
    2. If a technician is required to provide on-site service, the customer shall paythetransportation and accommodation expenses for the service engineer. 3. During the warranty period, if there are parts with natural damage, we needtosenditback to our company for repair. Our company does not charge for maintenance, andthelogistics cost is borne by the customer;
    4. Equipment problems caused by human causes and force majeure factors arenot includedin the free after-sales range. ● 3D printer description
    high performance material 3D printer MAGIC-HT-PRO is a 3D printing device based on the principle of fuse deposition (FFF) technology, with printing temperatureupto450°C,hot bed temperature of 170 ° C, and 120 ° C cavity ,supports most of the 3Dfilamentonthemarket, including metal filament stainless steel 316XL, special engineering plasticsPEEK,PEKK, PPSU, ULTEM, general materials PA, PC, ABS, PLA, etc.
    MIM-based metal indirect 3D printingsolution 3
    3D printed green parts
    MIM-based metal indirect 3D printingsolution 4
    MAGIC-HT-PRO 3D Printer parametersPrinting Technology：Fused Filament Fabrication (FFF) Build Volume：310*310*480 mmProduct Dimensions：702*624*790mm *2 Packing Dimensions ：780*690*980mm*2Printing Temperature：Up to 450℃ Chamber Temperature：Up to 120℃Net Weight：205 kg. Packing Weight：235 kg Camera: optional
    Build Platform：CARBON FIBER plate Layer Thickness：0.05-0.3 mmNozzles：double
    Nozzle Diameter：o.4 mmfor Standard, availableforCustomizing. Print Speed：30-300 mm/s Supported File Types：STL、OBJ、3MFSupported Filaments：Metal filament,PEEK, ULTEM, PPSU, PA, PC, ABS, ASA,PETG,HIPS,TPU, PVA,CARBON,etc. Filament Diameter：1.75mmBuild Plate Temperature：up to 170℃ Position Accuracy：X/Y12.5 μmZ:1.25μmInput：100~240V, 50~60 Hz 2500W Output：DC 12V
    File Transfer：SD card, USB, Wi-Fi Warranty：12 Month
    Screen : 5’ Touchscreen
    Software:Iemai,Cura,Simplify 3D,Compatiblewith other.
    MIM-based metal indirect 3D printingsolution 5
    The Advantage of MAGIC-HT-PRO
    Advantage picture DescriptionDetachable extruder Easy replacement andmaintenance;High temperature
    double extruder
    450℃ Print  temperature Expansibility;
    Support printing (HT support printing);Two material or two colors printingLiquid cooling system
    Liquid cooling print headBetter heat dissipationIncreased service life of accessoriesZ axis
    Ball screw+
    linear guide
    High precision transmission;
    (With High temperature resistant belt);XY axis drive
    (cross shaft linear
    guide)
    Keep components in isolation fromtheconstanttemperature chamber
    Improve the life of moving parts andreducemaintenance frequencyImprove equipment XY axis motionstabilityPrint temperature
    450℃
    Hot bed temperature
    170℃
    Provide high temperature printingconditionsSupports printing of high performancematerials
    MIM-based metal indirect 3D printingsolution 6
    Constant chamber
    temperature 120℃
    Maintain temperature gradient
    Achieve better material crystallizationQuick release printing
    platform
    Easy model removal and platformreplacementDouble hot air
    temperature system
    More uniformtemperature;
    The temperature is more effective ,andlessaffecttothe service life of the circuit and thetransmissionpart;
    Material moisture proof
    cabinet
    Supporting moisture-proof cabinetProvide suitable lowhumiditystorageconditions for materials
    With multi-functional toolboxPower Failure Recovery / Recovery of power off accident printing;Filament Absent
    Warning
    / Reminding the material tobreak;
    AUTO-leveling / AUTO-leveling hotbed
    MIM-based metal indirect 3D printing solution 7
    ● Debending equipment description
    introduces the special desktop debending furnace YM-D200, which is easy too perate and uses the principle of catalytic degreasing. It is suitable for the binder removal stage in metal indirect 3D printing.
    Specification（YM-D200）Equipment name: debinding furnace Technical principle: catalytic degreasing Machine size：818*567*867mm Effective working size：235X235X285mmNet weight：80kg Feeding method: plug-in type
    Tray size：230X260X10mm Placement height：140mmFurnace gas: nitrogen Gas Control: Glass Float Flowmeter
    Acid feeding mode: suction cup metering pump Combustion method: electric heatingAcid consumption：20-100g/h Nitrogen consumption：500L/h
    MIM-based metal indirect 3D printingsolution 8
    ● Debinding furnace
    Composition name
    Included components
    /functions
    Description
    Main structure Stove, furnace, furnace door
    The main part is composed of thehob, thefurnace, and the furnace door. Both the furnace and the furnacedoor arewelded airtight structures, whicharemadeofcorrosion-resistant stainless steel. Thefurnaceframe is not in direct contact withnitricacidand is made of carbon steel. The outer layer of the furnace has alayerofceramic fiber refractory material tohelpininsulation and insulatio
    Nitric acid supply
    system
    Suction cup metering pump
    The liquid concentrated nitric acidis directlydelivered to the furnace throughahigh-precision suction cup meteringpump.
    Control mode: PLC automatic control
    Exhaust gas treatment method: hightemperatureheating decomposition, combustionexhaust. Maximum working temperature: 200 ° C (usually
    110 ° C)
    Temperature control accuracy: 1‰(usingK-typethermocouple)
    Furnace chamber temperature uniformity：±2℃ Surface temperature rise：≤50℃Furnace chamber warming time：20~30min （25~
    110℃）
    Total equipment power: single phase4KWNitric acid metering accuracy：±3% Gas control accuracy：±3%
    MIM-based metal indirect 3D printingsolution 9
    Heating and
    temperature control
    system
    Heating jacket, temperature
    controller, type K
    thermocouple
    The furnace cavity is heated by external
    heating, with high-precision temperaturecontrol module and thermocoupletoachieveuniform and stable heating. Gas and piping systems
    Stainless steel pipe, precision
    regulating valve
    Glass float flowmeter
    The flow of nitrogen is controlledbyanadjustable glass float flowmeter, all of whicharemade of corrosion-resistant stainless steel
    tubing. Connected with precision control valveandsolenoid valve. Electronic control
    system
    PLC、touch screen
    All electrical parts are made of well-knownbrand products at home and abroad, andtheirperformance is superior and stable. HMI
    Fully automatic operation
    mode, process segmentation
    parameter setting, real-time
    State monitoring and alarm
    The human-machine interface is a4.3-inchtouch screen
    Real-time monitoring and alarmof equipmentoperating state temperature
    Automatic operation mode andprocesssegmentation parameter setting
    Temperature table graph display, manual
    operation mode and parameter setting● Vacuum sintering furnace
    introduces the special desktop vacuum sintering furnaceYM-S200, whichis easy to operate and uses the principle of high temperature vacuumsintering.It is suitable for the sintering stage of metal indirect 3D printing.
    MIM-based metal indirect 3D printingsolution 10
    Specification（YM-S200）equipment：Vacuum sintering furnace
    Technical principle: catalytic degreasing(vacuumsintering)
    Machine size：1450*2090*2700mm Effective working size：200X200X200mmEquipment weight: 1.25T Feeding method: manual feedingGas in the furnace: vacuum, argon Gas Control: Glass Float Flowmeter
    Vacuum pump set: slide valve pump + Roots pu
    mp
    Heating method: low pressure graphiterodheating
    Control mode: PLC automatic control
    Insulation and insulation: graphite carbonfelt+furnace wall water cooling
    Maximum working temperature: 1600 ° C (usually
    1500 ° C)
    Temperature control accuracy: 1‰(withtungsten-rhodium thermocouple)
    Furnace chamber temperature uniformity: ±3 °C Vacuum and pressure control: Pirani vacuumgau
    MIM-based metal indirect 3D printingsolution 11
    ● Vacuum sintering furnace
    Composition name
    Included components
    /functions
    Description
    Main structure Stove, furnace, furnace door
    Composed of a hob, a furnace body andafurnacedoor
    The furnace and the furnace door are weldedairtightstructures
    All have a water-cooled interlayer andtheinner layerismade of corrosion-resistant stainless steel. The outer layer is made of Q235 steel andthehobismade of carbon steel. Vacuum system
    Spool valve pump + Roots pump, Pirani vacuum gauge
    Pressure Transmitters
    When the furnace air reaches about 250Pa, thepumpset automatically starts the Roots pump. Pirani vacuum gauges and pressure transmittersmonitor vacuum and pressure in the furnaceinrealtime
    Cooling water
    circulation system
    Water-cooled pipe, water flow
    control valve
    Water temperature monitoring
    system
    The cooling water circulation systemis mainlyusedforwater cooling of structures such as furnacebodiesandfurnace doors.
    ge + pressure transmitter
    Furnace chamber heating time: 90~120 min (25~
    1500°C)
    Maximum heating power：25KWArgon consumption: 50~150 L/min adjustable Total equipment power:：32KW
    MIM-based metal indirect 3D printingsolution 12
    Heating and
    temperature control
    system
    Built-in heating, high precision
    temperature controller
    Imported thermocouple
    The graphite heating body is locatedoutsidethegraphite box and inside the graphite carbonfeltAchieve a more uniform thermal fieldandreduceheatloss, improve electrothermal conversionrateDue to the low voltage, the equipment issaferTemperature control using tungsten-rhodiumthermocouple and high-precision temperaturecontrolcomponents in the furnaceGas and piping
    systems
    Stainless steel pipe, precision
    regulating valve
    Glass float flowmeter
    Control gas flow with high precisionflowmeterAll pipes are connected by corrosion-resistant stainlesssteel pipes
    With precision regulating valve andsolenoidvalveElectronic control
    system
    PLC, touch screen
    All electrical parts are made of well-knownbrandproducts at home and abroad, and their performanceis superior and stable. HMI
    Fully automatic operation mode, process segmentation parameter
    setting,Real-time status
    monitoring and alarm
    Human-machine interface is a 10-inchtouchscreenReal-time monitoring and alarmof equipment runningstatus
    Temperature and gas flow graph display andstorageAutomatic operation mode and process segmentationparameter setting
    MIM-based metal indirect 3D printing solution 13
    ● Company Profile
    specializes in the development, production and sales of 3D printing equipment, providing3Dprinting solutions for high performance materials industrial applications;
    MAGIC-HT-PRO/L/M were high temperature 3D printer designed for high performance materials;
    YM-NT-750/1000 were industrial grade 3D printer designed for printing large size models;
    As a result of high quality standards for product development and production, all 3Dprintersarecurrently CE and ROHS certified;
    Imai attaches great importance to brand building and has obtained trademark certificates from China,the United States and the European Union;
    is committed to the pursuit of core technology research and development, andhasobtainedsoftware copyright, invention patent, utility model patent, design patent, high-techenterprisetitle(Please visit our website for high-definition image.
    The 3D printing solutions have been applied to: aerospace, automotive, petrochemical, medical,dental and electronics manufacturing. ● Our Certifications
    CE ROHS software copyright patent 01 patent 02 patent03US trademark EU trademark China trademark high-tech enterprisetitle
    MIM-based metal indirect 3D printingsolution 14
    ● Metal indirect 3D printing results showBefore —– 3D printed green parts
    After—— after debinding and sintering
    MIM-based metal indirect 3D printingsolution 15 .

     

    “Innovative Pilot Program – Exclusive Offer for Europe!”
    We present a unique opportunity: 1,000 state-of-the-art 3D printers at an exceptionally affordable price, exclusively for the European market!

    This pilot program aims to empower businesses and creators by offering:

    ✅ Unbeatable affordability – Extremely competitive pricing for you.
    ✅ Full support – Online training in English.
    ✅ After-sales service – Technical assistance and consulting.
    ✅ Sales & Marketing support – We help promote the products you manufacture, ensuring they reach the global market!

    This is just the beginning! In the future, the program will expand geographically, featuring even more advanced 3D printers.

    Don’t miss this opportunity! Invest in innovation and grow your business with us.

    Contact us today to secure your 3D printer!

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