Blog post: 03/10/2025 12:25 pm

Author: Spark Team

High-volume Li-ion cell manufacturing demands precision across dry rooms, electrode coating, calendaring, slitting, stacking/winding, electrolyte filling, formation, and ageing. Spark delivers bespoke VR SOP training that mirrors your exact production line, tooling, parameters, and safety controls—so teams can practise critical steps before live production, protecting yield and throughput.

Blog post: 03/10/2025 9:23 am

Author: Spark Team

From open-pit to underground operations and concentrators, mining carries high-energy hazards, large moving equipment, and complex process circuits. Spark builds bespoke VR SOP training that replicates your pit, plant, and control room environments—including haul roads, crushers, mills, flotation cells, thickeners, and tailings systems—so crews can practise critical tasks without exposure to risk.

Blog post: 02/10/2025 4:21 pm

Author: Spark Team

Aviation maintenance environments juggle schedule pressure, documentation rigor, and safety-critical work at height and in confined spaces. Spark builds bespoke VR SOP training that replicates your aircraft types, tooling, task cards, and quality gates—so technicians rehearse tasks and decision paths before they touch an airframe.

Blog post: 02/10/2025 11:13 am

Author: Spark Team

Medical device manufacturers must demonstrate repeatable quality under ISO 13485 and stringent regulatory scrutiny. Spark designs and builds bespoke VR SOP training that replicates your device assembly cells, ESD controls, calibration routines, and DHR/traceability requirements—so operators practise critical steps correctly, first time, every time.

Blog post: 01/10/2025 3:10 pm

Author: Spark Team

Advanced therapy medicinal products (ATMPs) and biologics introduce exacting requirements for asepsis, chain of identity, and chain of custody. Spark Emerging Technologies Ltd designs and builds bespoke VR SOP training that mirrors your actual cleanroom layouts, Grade classifications, single-use systems, and closed processing steps—so operators and QC teams can practise high-risk procedures without jeopardising irreplaceable patient lots.