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Forge prototyping bay showing CNC mills, electrochemical test benches, and 3D metal printers under industrial LED lighting
SYS.STATUS :: OPERATIONAL
BUILD_QUEUE :: 7 ACTIVE
ETA_NEXT_SHIP :: 04D:14H:32M
TEMP :: 18.4°C
HUMIDITY :: 42%
MACHINES :: 12/12 ONLINE
// FORGE RAPID PROTOTYPING LAB //

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CONCEPT
DESIGN
FAB
TEST
DELIVER
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Ionic SystemsBATTERY9 DAYS
GridEdge PowerGRID HW11 DAYS
Stanford Energy LabHYDROGEN10 DAYS
Helio DynamicsSOLAR11 DAYS
Nexus ThermalTHERMAL8 DAYS
Volt MeridianBATTERY11 DAYS
Aether EnergyGRID HW10 DAYS
Proton WorksHYDROGEN9 DAYS
Ionic SystemsBATTERY9 DAYS
GridEdge PowerGRID HW11 DAYS
Stanford Energy LabHYDROGEN10 DAYS
Helio DynamicsSOLAR11 DAYS
Nexus ThermalTHERMAL8 DAYS
Volt MeridianBATTERY11 DAYS
Aether EnergyGRID HW10 DAYS
Proton WorksHYDROGEN9 DAYS
140+
BUILDS COMPLETED
Since 2021
11
DAYS AVG CYCLE
Concept to ship
99.2%
ON-TIME DELIVERY
Across all verticals
3
DOE PROGRAMS
Active demonstrators
±0.005mm
TOLERANCE
Standard spec
24/7
MACHINE UPTIME
No weekends, no holidays
Phase 01
T+00:00

CONCEPT

Every build starts with a whiteboard and a deadline. In the first 24 hours, your napkin sketch becomes a parametric CAD model, a preliminary BOM, and a fabrication risk matrix.

SOLID-STATE CELLNAPKIN → CAD

Li-ceramic electrolyte stack, 12-layer laminate

MICRO-TURBINE HOUSINGSKETCH → SIM

Inconel 718, ±0.005mm tolerance, CFD validated

THERMAL MGMT RIGCONCEPT → BOM

Phase-change material + vapor chamber hybrid

GRID HARDWARE ENCLOSURESPEC → DRAW

IP67 rated, DIN rail mount, EMC compliant

CASE STUDY // UNGATED

24-Hour CAD Blitz: Solid-State Cell Module

How a startup CTO's sketch became a 14-layer stack design in one day

Engineer reviewing CAD wireframe of energy storage module on large display screen
CAD_REV :: 003
CONSTRAINTS :: 847
TOLERANCE :: ±0.005mm
T+18:00
CAD COMPLETE
Brief
Research
Sketch
Param
CAD
Phase 02
T+24:00 → T+72:00

DESIGN

FEA, CFD, thermal simulation — all running in parallel. Material selection locked by hour 48. Design freeze by hour 72. No iteration fog, no committee creep.

FEA simulation results showing stress distribution on energy storage housing with color-coded thermal gradients
SIM_TYPE :: FEA_STRUCTURAL
SOLVER :: ANSYS_MECHANICAL
STRESS ANALYSIS COMPLETE
Max Von Mises: 847 MPa · SF: 2.1

Parallel simulation pipelines cut design validation from weeks to hours. Every geometry is stress-tested before a single chip of metal is cut.

SIM PARAMETERS // LIVE
FEA_ITERATIONS47 RUNS
CFD_CONVERGENCE99.3 %
MATERIAL_OPTS12 ALLOYS
DESIGN_CYCLES3 REVS
MATERIAL SELECTION
Inconel 718
Turbine Housing
LOCKED
Li-Ceramic
Solid-State Cell
LOCKED
Al 6061-T6
Thermal Rig
LOCKED
316L SS
Enclosure
EVAL
CASE STUDY // UNGATED

72-Hour Design Sprint: Micro-Turbine

FEA + CFD in parallel, material locked by hour 48

Phase 03
T+72:00 → T+192:00

FABRICATION

Chips fly at 6 a.m. Every machine runs a countdown to ship date. Live feed rates, layer counts, and tolerance checks stream to your project dashboard.

CNC milling machine cutting aluminum aerospace component with coolant spray under industrial LED lighting
MACHINE :: CNC_HAAS_UMC750
STATUS :: CUTTING
LIVE
12,480
SPINDLE RPM
4,230
FEED mm/min
T07
TOOL #
CNC_015-AXIS MILL
INCONEL 718
CUTTING
RPM: 12,48073%
PRINT_03METAL SLS
SS 316L
PRINTING
LAYER 0847/124068%
EDM_02WIRE EDM
TOOL STEEL
FINISHING
PASS 3/489%
BUILD METRICS // CURRENT SPRINT
23
PARTS IN QUEUE
4.2h
AVG CYCLE TIME
0.8%
SCRAP RATE
99.2%
TOLERANCE PASS
CASE STUDY // UNGATED

5-Axis Machining: Turbine Housing in 72h

Inconel 718, ±0.005mm — from G-code to part in three days

Phase 04
T+192:00 → T+240:00

TEST

Load cycles, thermal imaging, electrochemical impedance, vibration sweeps — all running before you land from your last flight. Data streams to your dashboard in real time.

Thermal imaging of energy storage prototype showing heat distribution across battery cell module during load testing
MODE :: THERMAL_IMAGING
SENSOR :: FLIR_A700
LIVE FEED
THERMAL ZONES
CORE
75°C/85
EDGE
53°C/70
MOUNT
39°C/60
AMBIENT
23°C/40
TEST PROTOCOL // ACTIVE
Electrochemical Impedance Spectroscopy
C-Rate Discharge (0.5C → 4C)
Thermal Runaway Propagation
Vibration Sweep (5-2000 Hz)
Altitude Simulation (0-15,000 ft)
LOAD CYCLE GRAPH // POPULATING
LIVE
100%75%50%25%0%
CYCLE 1LOAD CYCLECYCLE 10
4.2C
PEAK DISCHARGE
No thermal event
0.8mΩ
IMPEDANCE @ 1kHz
Target: <1.0mΩ ✓
97.4%
CYCLE EFFICIENCY
Coulombic efficiency
±3.2°C
TEMP DELTA
Cell-to-cell variance
CASE STUDY // UNGATED

EIS + C-Rate Testing: 48h Validation Protocol

Full battery characterization before DOE review gate

Phase 05
T+240:00 → T+264:00

DELIVER

Day eleven. Your prototype ships with a full test report, CAD files, BOM, and a 30-day engineering support window. No surprises at the gate.

Marcus Webb, CTO, Ionic Systems — prototyping client testimonial
Marcus Webb
CTO, Ionic Systems
BATTERY

"Solid-state cell module delivered in 9 days. Passed DOE Phase II review. Secured $4.2M Series A close."

Cleantech Startup CTO
9DAYS
Dr. Priya Nair, Director R&D, GridEdge Power — prototyping client testimonial
Dr. Priya Nair
Director R&D, GridEdge Power
GRID HARDWARE

"Micro-turbine housing prototype cleared quarterly milestone. Thermal runaway containment validated."

Utility R&D Director
11DAYS
Dr. James Okafor, Principal Investigator, Stanford Energy Lab — prototyping client testimonial
Dr. James Okafor
Principal Investigator, Stanford Energy Lab
HYDROGEN

"Thermal management rig delivered 3 days before review gate. PI cited Forge in grant renewal."

DOE-Funded Researcher
10DAYS
WHAT SHIPS ON DAY 11
Functional Prototype
Tested & validated
Full Test Report
All data, all cycles
CAD Package
STEP + native files
BOM + Sourcing
Qualified suppliers
FREE RESOURCE

The Forge Prototyping Playbook

47 pages. Every phase of the 11-day build process, tolerance specs, material selection matrices, and test protocols used on 140+ energy hardware builds.

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