22 research titles covering every process step from electrode coating through pack assembly automation — plus gigafactory construction, energy management, quality systems, and robotics. Built from primary conversations with process engineers and equipment OEMs, not equipment vendor press releases.
22
Research titles
12
Process steps covered
USD 8.4 Bn
Gigafactory construction 2025
24.8%
CAGR — dry electrode coating
What This Category Covers
Every process step from raw electrode to finished pack
Manufacturing intelligence at Faradex follows the cell production sequence — coating, calendering, slitting, stacking/winding, electrolyte filling, formation cycling, testing — through to pack assembly, gigafactory construction, and factory-level energy and quality management systems.
Electrode & Cell Production Equipment
Coating, calendering, slitting, stacking, winding, electrolyte filling, sealing, laser welding, and formation cycling equipment markets — with process technology splits and supplier share.
Gigafactory Infrastructure
Construction, automation and robotics, dry room and cleanroom infrastructure, energy management systems, material handling, and inline inspection and metrology.
Quality, MES & Digital Systems
Manufacturing execution systems, quality management software, cell grading and sorting, and next-generation process technologies including dry electrode coating.
Full Sectors
22 Manufacturing Titles
ALL REPORTS — 2025 BASE YEAR — 2026–2035 FORECAST — PRIMARY SOURCES ONLY
Manufacturing intelligence built from process-level primary fieldwork
Battery manufacturing market sizing depends on understanding actual installed capacity, throughput rates, and yield figures — data that equipment vendors almost never disclose publicly and that syndicated publishers typically estimate from press releases and announced gigafactory capacity. Faradex sources formation cycling, coating, and stacking equipment market sizes from primary conversations with process engineers and procurement leads at cell manufacturers across Asia, Europe, and North America.
Dry electrode coating technology is the most consequential process innovation in battery manufacturing since the transition to lithium-ion. The Maxwell Technologies IP acquired by Tesla creates meaningful exclusivity risk for gigafactory developers pursuing solvent-free production. This dynamic is addressed analytically across the dry electrode and electrode coating titles.
Process-step panel qualification
Panel members for each manufacturing title are qualified on the specific process step — formation cycling engineers for the formation equipment report, not general manufacturing engineers.
Equipment supplier revenue traced to filings
Market estimates for formation cycling, coating, and automation equipment are validated against revenue disclosures from Wuxi Lead, Hirano Tecseed, Sovema, and other publicly traded equipment suppliers.
Gigafactory pipeline sourced independently
Announced gigafactory capacity data is independently verified against environmental permits, grid connection applications, and construction contracts — not taken from company announcements at face value.
Dry electrode IP risk addressed analytically
The Maxwell/Tesla dry electrode patent landscape is covered in the Dry Electrode Coating title, including freedom-to-operate implications for non-Tesla gigafactory developers.
22 titles covering every manufacturing process step, gigafactory infrastructure, and digital manufacturing systems. Single report or full Sectors access.
