
Process Consulting & Requirements Capture
Mapping process-critical parameters, analyzing loads and contamination sources, simulating airflow, and recommending centralized, zoned, or localized system architectures.
Mapping process-critical parameters, analyzing loads and contamination sources, simulating airflow, and recommending centralized, zoned, or localized system architectures.
Tailored HVAC for precise temperature/humidity control, cleanroom and clean-zone design, and compliance with ISO/FS standards, including dust, ESD, and exhaust strategies.
Use of corrosion-resistant, chemical-resistant, antistatic, antibacterial, and temperature-resistant materials, with stainless steel or composite options for key components.
N+1/N+2 redundancy for cooling, dual power feeds with automatic transfer, backup pumps/fans, and failover logic to ensure uninterrupted production.
PLC-based control integrated with BMS/SCADA for remote monitoring, alarms, historical logging, and automated optimization, offering dashboards and compliance reports.
Custom-built units per specifications with full factory acceptance tests, batch consistency checks, and traceable inspection records.
On-site supervision, commissioning, and integration with production systems to meet performance criteria, with fine-tuned control logic and trial-run reporting.
Comprehensive O&M manuals, preventive maintenance, spare kits, 24/7 service options, and local spare parts stocking for rapid response.
Third-party testing for IAQ, particle counts, chemical residues, with long-term log storage to support audits and certifications.
A dedicated project manager and site engineer provide unified and streamlined coordination throughout the project.
Clear written sign-offs at each stage—design, prototype, production, delivery, installation, and final acceptance.
Factory acceptance tests (FAT), third-party validation, and batch traceability ensure consistent performance and compliance.
Regional spare inventories and flexible SLA options minimize downtime and ensure business continuity.
Project Name | Reference Period |
---|---|
Design & energy simulation | 2–4 weeks |
Prototype fabrication & FAT | 4–8 weeks |
Mass production | 6–12 weeks (dependent on scale) |
On-site installation & commissioning | 2–8 weeks (dependent on scope) |
Smart controls and energy-efficient solutions reduce long-term operating expenses.
Precision environmental control improves product yield and process consistency.
Redundancy design and rapid response services ensure uninterrupted production.
Traceable records and third-party testing support regulatory compliance and audits.
Tailored spare kits and local service support minimize maintenance overhead.