Additive Manufacturing

Profile Id: ADD-016 Polymer: DMLS_Ti6Al4V Process: DMLS Layer Height Mm: 0.03 Gcode Tokens: laser_power=200W scan_speed=1200mm/s hatch=0.10mm\nlayer=0.03mm argon_atmosphere <10ppm O2\nstress_relief=800C_2h Tensile Strength Mpa: 1100 Flexural Modulus Gpa: 114.0 Description: DMLS titanium alloy; 200W fiber laser; argon atmosphere <10ppm O2; 0.03mm layer for detail; stress relief anneal 800°C 2h post-build; tensile 1100MPa after HIP; aerospace structural --- Profile Id: ADD-017 Polymer: DMLS_316L_Steel Process: DMLS Layer Height Mm: 0.04 Gcode Tokens: laser_power=175W scan_speed=900mm/s hatch=0.11mm\nlayer=0.04mm nitrogen_atmosphere\nanneal=1050C_1h_quench Tensile Strength Mpa: 570 Flexural Modulus Gpa: 193.0 Description: DMLS 316L stainless steel; nitrogen atmosphere; 175W laser; anneal 1050°C/1h/water quench for full austenite; corrosion-resistant; medical device / chemical equipment grade --- Profile Id: ADD-018 Polymer: Binder_Jetting_Stainless Process: BJT Layer Height Mm: 0.10 Gcode Tokens: binder_saturation=60% printhead_dpi=1200\ncure=190C_6h sinter=1280C_3h vacuum\nshrinkage_factor=1.20 bronze_infiltrate=optional Tensile Strength Mpa: 480 Flexural Modulus Gpa: 190.0 Description: Binder jetting 17-4PH; 1200 DPI inkjet; cure green part 190°C; vacuum sinter 1280°C; 20% linear shrinkage compensation required; optional bronze infiltration for density --- Profile Id: ADD-019 Polymer: Wire_Arc_AM_ER70S Process: WAAM Layer Height Mm: 1.0 Print Speed Mms: 250 Gcode Tokens: wire_feed=5m/min current=180A voltage=21V\ntorch_speed=250mm/min gas=Ar+CO2_20%\ninterpass_temp=150C dwell=60s Tensile Strength Mpa: 540 Flexural Modulus Gpa: 200.0 Description: Wire-arc AM mild steel; 180A GMAW process; 1.0mm layer; argon-CO2 shielding gas; interpass temperature control 150°C; 60s dwell per layer; near-net-shape large structural parts --- Profile Id: ADD-020 Polymer: Polyjet_Vero_Rigid Process: Polyjet Bed Temp C: 30 Layer Height Mm: 0.016 Infill Pct: 100 Gcode Tokens: UV_array_pass UV_cure_inline\njetting_freq=33kHz droplet_vol=30pL\nresolution=600x300x900dpi layer=0.016mm Crystallinity Pct: 85 Tensile Strength Mpa: 60 Flexural Modulus Gpa: 2.5 Description: PolyJet RGD720; 0.016mm layer; 600x300 DPI; inline UV cure; wax support soluble in alkaline solution; Shore 85D hardness; transparent grade available

Profile Id: ADD-031 Polymer: Vase_Mode_Spiralize Process: FDM Nozzle Temp C: 215 Bed Temp C: 60 Layer Height Mm: 0.20 Print Speed Mms: 80 Infill Pct: 0 Infill Pattern: none Wall Count: 1 Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: vase_mode=spiralize_outer_contour\nlayer_transition=continuous_Z_increment\nwall_thickness=nozzle_diameter=0.4mm\nmax_overhang=45deg Thermal Gradient C Mm: 8.5 Crystallinity Pct: 85 Tensile Strength Mpa: 40 Flexural Modulus Gpa: 3.5 Description: Spiralize/vase mode; single continuous extrusion path; no layer seams; Z increments continuously; wall thickness = 1 nozzle width (0.4mm); watertight single-wall vessels; max overhang 45° without support --- Profile Id: ADD-032 Polymer: Ironing_Top_Surface Process: FDM Nozzle Temp C: 215 Bed Temp C: 60 Layer Height Mm: 0.20 Print Speed Mms: 50 Infill Pct: 20 Infill Pattern: grid Wall Count: 3 Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: ironing_enabled=top_surface_only\nironing_speed=15mm/s flow_rate=10%\nironing_line_spacing=0.1mm pattern=zigzag\nresult_Ra<1um Thermal Gradient C Mm: 8.5 Crystallinity Pct: 85 Tensile Strength Mpa: 65 Flexural Modulus Gpa: 3.5 Description: Surface ironing post-pass; nozzle re-traces top layer at 15mm/s with 10% flow; 0.1mm spacing; Ra<1μm achievable; equivalent to light sanding; adds ~5% print time on top surfaces --- Profile Id: ADD-033 Polymer: Scarf_Joint_Seam Process: FDM Nozzle Temp C: 215 Bed Temp C: 60 Layer Height Mm: 0.20 Print Speed Mms: 50 Infill Pct: 20 Infill Pattern: grid Wall Count: 3 Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: scarf_seam_algorithm: blend_length=3mm\nangle_ramp=45deg to_flat\nseam_position=least_visible_point\nretract_at_seam=yes Thermal Gradient C Mm: 8.5 Crystallinity Pct: 85 Tensile Strength Mpa: 65 Flexural Modulus Gpa: 3.5 Description: Scarf joint seam; gradual Z-transition at layer seam point; eliminates visible blob artifact; 3mm blend length; seam placed at least-visible geometry location; combines with retraction for clean start --- Profile Id: ADD-034 Polymer: Thermal_Runaway_Protection Process: FDM Nozzle Temp C: 215 Bed Temp C: 60 Layer Height Mm: 0.20 Print Speed Mms: 50 Infill Pct: 20 Infill Pattern: grid Wall Count: 3 Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: thermal_runaway_config:\nheating_guard: target±2C within 20s\nrunaway_threshold: >10C deviation for >60s\naction: STOP + M112 emergency_stop\npid_autotune: Kp=28.4 Ki=1.62 Kd=124.5 Thermal Gradient C Mm: 8.5 Crystallinity Pct: 85 Tensile Strength Mpa: 65 Flexural Modulus Gpa: 3.5 Description: Thermal runaway detection; PID autotune Kp/Ki/Kd constants; ±2°C steady-state band; >10°C deviation for 60s triggers emergency stop M112; heater cartridge failure detection; required for UL/CE certification --- Profile Id: ADD-035 Polymer: Pressure_Advance_LA Process: FDM Nozzle Temp C: 215 Bed Temp C: 60 Layer Height Mm: 0.20 Print Speed Mms: 50 Infill Pct: 20 Infill Pattern: grid Wall Count: 3 Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: pressure_advance=0.045 ; Klipper LA\nadvance_factor: accel_comp=E_advance_per_mm/s\ncalibration_pattern: speed_tower 20_to_100mm/s\nresult: sharp_corners no_bulge_no_gap Thermal Gradient C Mm: 8.5 Crystallinity Pct: 85 Tensile Strength Mpa: 65 Flexural Modulus Gpa: 3.5 Description: Pressure advance (Linear Advance); compensates nozzle pressure lag; PA=0.045 for direct drive PLA; calibrated via speed tower; eliminates corner bulge and acceleration gaps; enabled in Klipper/Marlin firmware

Profile Id: ADD-021 Polymer: CLIP_Resin_Fast Process: CLIP Bed Temp C: 25 Layer Height Mm: 0.001 Infill Pct: 100 Gcode Tokens: O2_inhibition_zone=20-30um\nUV_irradiance=50mW/cm2 wavelength=365nm\nprint_speed=500mm/h z_velocity=continuous Crystallinity Pct: 80 Tensile Strength Mpa: 58 Flexural Modulus Gpa: 2.1 Description: Carbon CLIP process; continuous liquid interface production; oxygen dead zone eliminates layer delamination; 500mm/h build speed; isotropic properties; no support layer adhesion artifacts --- Profile Id: ADD-022 Polymer: FDM_Slicing_Adaptive Process: FDM Nozzle Temp C: 215 Bed Temp C: 60 Layer Height Mm: 0.10_to_0.30 Print Speed Mms: 50 Infill Pct: 20 Infill Pattern: adaptive Wall Count: 3 Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: adaptive_layer_height enabled\nangle_threshold=45deg fine_detail=0.10mm\nflat_surface=0.30mm transition_zones=smooth Thermal Gradient C Mm: 8.5 Crystallinity Pct: 85 Tensile Strength Mpa: 65 Flexural Modulus Gpa: 3.5 Description: Adaptive layer height slicing; 0.10mm on curved/detailed surfaces; 0.30mm on flat regions; 33% time reduction vs uniform 0.10mm; smooth transition between layer zones --- Profile Id: ADD-023 Polymer: FDM_Variable_Infill Process: FDM Nozzle Temp C: 215 Bed Temp C: 60 Layer Height Mm: 0.20 Print Speed Mms: 50 Infill Pct: adaptive Infill Pattern: gyroid_to_solid Wall Count: 4 Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: infill_gradients: base=15% mid=40% high_stress=100%\nstress_map_input=FEA_result.csv\ninfill_regions=stress_weighted Thermal Gradient C Mm: 8.5 Crystallinity Pct: 85 Tensile Strength Mpa: variable Flexural Modulus Gpa: variable Description: Topology-optimized infill; FEA stress map drives infill density; low-stress regions 15% gyroid; high-stress zones 100% solid; 35% material reduction vs uniform solid --- Profile Id: ADD-024 Polymer: Multi_Material_AMS Process: FDM Nozzle Temp C: 215_235 Bed Temp C: 60_80 Layer Height Mm: 0.20 Print Speed Mms: 45 Infill Pct: 20 Infill Pattern: grid Wall Count: 3 Retraction Mm: 8.0 Retraction Speed Mms: 45 Fan Speed Pct: 80 Gcode Tokens: T0S215 ; PLA material 1\nT1S235 ; PETG material 2\nM600 ; filament change\nG1 E-8.0 ; purge retract\nG11 ; un-retract Thermal Gradient C Mm: 8.0 Crystallinity Pct: variable Tensile Strength Mpa: variable Flexural Modulus Gpa: variable Description: Multi-material AMS system; 4-material capable; purge tower 25cc per change; PLA+PETG combination for rigid/flexible joints; T0/T1 tool change commands; tip shaping sequence --- Profile Id: ADD-025 Polymer: Electroforming_Post_AM Process: Hybrid Bed Temp C: 25 Gcode Tokens: base_print=SLA electroform_bath=NiSulfamate\ncurrent_density=20mA/cm2 thickness_target=0.3mm\ntime=18h temp=50C pH=3.8 Tensile Strength Mpa: 600 Flexural Modulus Gpa: 200.0 Description: Hybrid AM+electroforming; SLA mandrel coated in conductive silver; nickel electrodeposition 0.3mm shell; 20mA/cm² current density; dissolve polymer mandrel in NaOH; metal shell 600MPa tensile

Profile Id: ADD-026 Polymer: Post_Process_Annealing_PLA Process: FDM Gcode Tokens: anneal_protocol: ramp_15C/h to_65C\nhold=4h cool_rate=5C/h to_25C\ndimensional_drift: +0.3% XY -0.5% Z Crystallinity Pct: 85_to_97 Tensile Strength Mpa: 78 Flexural Modulus Gpa: 3.9 Description: PLA post-print anneal; controlled ramp to 65°C (below Tg 60°C); 4h soak increases crystallinity 85→97%; tensile strength +20%; Tg increases to 80°C; controlled cooling prevents warp --- Profile Id: ADD-027 Polymer: Post_Process_HIP_Ti Process: DMLS Gcode Tokens: HIP_cycle: 920C 1000bar_Ar 2h\npore_closure_rate=99.9%\nresidual_stress_relief=85%\nfatigue_improvement=50_to_200% Tensile Strength Mpa: 1200 Flexural Modulus Gpa: 114.0 Description: Hot isostatic pressing post-DMLS; eliminates 99.9% of internal porosity; 920°C/1000bar argon; fatigue life improvement 50-200%; critical for flight-certified titanium components --- Profile Id: ADD-028 Polymer: Support_Strategy_Tree Process: FDM Nozzle Temp C: 215 Bed Temp C: 60 Layer Height Mm: 0.20 Print Speed Mms: 30 Infill Pct: 15 Infill Pattern: tree_support Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: tree_support_algorithm: branch_angle=30deg\nmin_wall_dist=0.5mm tip_diameter=0.4mm\ncontact_z_distance=0.15mm interface_layers=2 Thermal Gradient C Mm: 8.5 Crystallinity Pct: 85 Tensile Strength Mpa: 65 Flexural Modulus Gpa: 3.5 Description: Tree support algorithm; organic branching minimizes contact area; 0.15mm z-gap for easy removal; 15% infill density; 30° branch angle limit; 60% less support material vs grid --- Profile Id: ADD-029 Polymer: Calibration_Flow_Rate Process: FDM Nozzle Temp C: 215 Bed Temp C: 60 Layer Height Mm: 0.20 Print Speed Mms: 50 Infill Pct: 100 Infill Pattern: solid Wall Count: 999 Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: calibration_cube 20x20x20mm\nmeasure_XY_wall expected=0.40mm\nflow_rate_adj=(expected/measured)*current_flow\niterate=3x Thermal Gradient C Mm: 8.5 Crystallinity Pct: 85 Tensile Strength Mpa: 65 Flexural Modulus Gpa: 3.5 Description: Extrusion flow calibration protocol; single-wall calibration cube; target 0.40mm wall width; flow multiplier adjustment; repeat 3x until <0.5% deviation; prevents over/under extrusion artifacts --- Profile Id: ADD-030 Polymer: Bed_Leveling_Mesh Process: FDM Nozzle Temp C: 215 Bed Temp C: 60 Layer Height Mm: 0.20 Print Speed Mms: 50 Infill Pct: 20 Infill Pattern: grid Wall Count: 3 Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: G29 ; auto bed leveling\nbilinear_mesh 5x5\nprobe_accuracy=±0.005mm\ncompensation_applied=real_time Z_offset Thermal Gradient C Mm: 8.5 Crystallinity Pct: 85 Tensile Strength Mpa: 65 Flexural Modulus Gpa: 3.5 Description: Bilinear mesh bed leveling; 5x5 probe grid; ±0.005mm probe repeatability; real-time Z-height compensation applied during print; corrects for non-planar build surfaces up to ±0.5mm deviation

Profile Id: ADD-006 Polymer: TPU_95A Process: FDM Nozzle Temp C: 230 Bed Temp C: 40 Layer Height Mm: 0.25 Print Speed Mms: 25 Infill Pct: 80 Infill Pattern: concentric Wall Count: 4 Retraction Mm: 1.5 Retraction Speed Mms: 30 Fan Speed Pct: 50 Gcode Tokens: M104 S230\nM190 S40\nM106 S127 ; 50% fan\nG1 F1500 E-1.5 ; minimal retract\nG1 Z0.25 Thermal Gradient C Mm: 4.0 Tensile Strength Mpa: 45 Flexural Modulus Gpa: 0.007 Description: TPU flexible profile; 95A hardness; slow 25mm/s to prevent extruder skip; concentric infill for uniform flex; minimal retraction; direct drive extruder recommended --- Profile Id: ADD-007 Polymer: Nylon_PA12 Process: FDM Nozzle Temp C: 260 Bed Temp C: 90 Layer Height Mm: 0.20 Print Speed Mms: 40 Infill Pct: 40 Infill Pattern: gyroid Wall Count: 4 Retraction Mm: 8.0 Retraction Speed Mms: 40 Fan Speed Pct: 20 Gcode Tokens: M104 S260\nM190 S90\nM141 S60 ; chamber\nG1 F2400 E-8.0 Thermal Gradient C Mm: 9.0 Crystallinity Pct: 70 Tensile Strength Mpa: 58 Flexural Modulus Gpa: 1.9 Description: Nylon PA12 structural profile; dry filament required (<0.1% moisture); 260°C/90°C; enclosed chamber; gyroid infill for fatigue resistance; high layer adhesion --- Profile Id: ADD-008 Polymer: PEI_ULTEM Process: FDM Nozzle Temp C: 385 Bed Temp C: 160 Layer Height Mm: 0.15 Print Speed Mms: 25 Infill Pct: 40 Infill Pattern: grid Wall Count: 5 Retraction Mm: 3.0 Retraction Speed Mms: 30 Fan Speed Pct: 0 Gcode Tokens: M104 S385\nM190 S160\nM141 S90 ; chamber 90C\nG1 Z0.15 F2000 Thermal Gradient C Mm: 25.0 Crystallinity Pct: 55 Tensile Strength Mpa: 114 Flexural Modulus Gpa: 3.6 Description: PEI high-performance profile; 385°C industrial nozzle (hardened steel); 90°C chamber mandatory; excellent chemical resistance; Tg=217°C; aerospace-grade applications --- Profile Id: ADD-009 Polymer: PEEK Process: FDM Nozzle Temp C: 400 Bed Temp C: 120 Layer Height Mm: 0.15 Print Speed Mms: 20 Infill Pct: 30 Infill Pattern: gyroid Wall Count: 6 Retraction Mm: 2.5 Retraction Speed Mms: 25 Fan Speed Pct: 0 Gcode Tokens: M104 S400\nM190 S120\nM141 S120 ; chamber 120C\nG1 Z0.15 F1500 Thermal Gradient C Mm: 28.0 Crystallinity Pct: 35 Tensile Strength Mpa: 100 Flexural Modulus Gpa: 3.7 Description: PEEK ultra-high-performance; 400°C nozzle (ruby/hardened); 120°C chamber; amorphous vs crystalline trade-off (anneal post-print for Tg 300°C+); medical/aerospace grade --- Profile Id: ADD-010 Polymer: Carbon_Fiber_PLA Process: FDM Nozzle Temp C: 220 Bed Temp C: 60 Layer Height Mm: 0.20 Print Speed Mms: 45 Infill Pct: 30 Infill Pattern: grid Wall Count: 4 Retraction Mm: 6.5 Retraction Speed Mms: 45 Fan Speed Pct: 100 Gcode Tokens: M104 S220\nM190 S60\nG1 Z0.20 ; hardened nozzle required\nG1 F2700 E-6.5 Thermal Gradient C Mm: 8.0 Crystallinity Pct: 85 Tensile Strength Mpa: 120 Flexural Modulus Gpa: 8.5 Description: CF-PLA chopped fiber composite; hardened nozzle mandatory; 30% CF volume fraction; 8.5 GPa flexural modulus (steel-class stiffness:weight); abrasive — replace nozzle every 500g