Precision engineering and custom fabrication of high-purity process vessels, reactors, and storage systems compliant with Standard & cGMP norms.
Custom processing solutions built from the ground up to match custom layouts and specific engineering parameters.
Stainless Steel Tanks for Pharmaceutical Applications are designed for hygienic, corrosion-resistant, and reliable processing and storage.
Stainless Steel Receivers for Pharmaceutical Equipment are designed for the hygienic collection, transfer, and temporary storage of pharmaceutical liquids, powders, and process materials.
Stainless Steel Reactors for Pharmaceutical Applications are engineered for safe, hygienic, and controlled processing of pharmaceutical formulations and chemical products.
Stainless Steel Sparkler Filters for Pharmaceutical Applications are designed for efficient filtration and clarification of pharmaceutical liquids, process fluids, and chemical solutions.
Vacuum Tray Dryer (VTD) Trays for Pharmaceutical Applications are designed for efficient drying and processing of pharmaceutical products under controlled vacuum conditions.
Stainless Steel Sifters for Pharmaceutical Applications are designed for efficient screening, grading, and separation of pharmaceutical powders and granules.
Stainless Steel IPC Bins (Intermediate Product Containers) for Pharmaceutical Applications are designed for the safe handling, storage, and transfer of pharmaceutical powders, granules, and other process materials..
Lucky Enterprise specializes in turnkey manufacturing of custom process systems for the **pharmaceutical, biotech, and sterile cosmetics** industries. We build systems optimized for hygiene, contamination prevention, and cleanability.
Every piece of equipment is fabricated utilizing premium **SS 316L material** and integrated with expert custom finishes (Ultra-low Ra value mechanical buffing and chemical passivation) to satisfy cGMP regulatory frameworks without operational compromise.
From initial engineering design blueprints through physical implementation, traceably documented at each phase.
Preparation of detailed technical layouts, 3D modeling configurations, and solid validation check sheets mapping out user specs.
Procuring raw mill materials verified with complete chemical analysis and physical heat traceability numbers.
High performance TIG welding methods executed by structural fabricators under continuous Argon gas back-purging shields.
Multi-stage precision abrasive mechanical grinding and buffing cycles achieving mirror smooth internal textures.
Advanced chemical pickling and ASTM A967 nitric acid passivation providing absolute structural protection against rusting.
Comprehensive factory acceptance testing encompassing hydro-testing, dye penetrant checks, and surface profiling.
We maintain strict regulatory records for all custom manufactured units. Our compliance testing provides seamless audit clearings for pharmaceutical operations.
Every system leaves our floor complete with a standardized validation documentation folder containing welding logging, material certificates, surface charts, and test histories.
| Test Metric | Methodology | Acceptance Criteria | Target Utility |
|---|---|---|---|
| Surface Profiling Mandatory |
Calibrated Electronic Profilometer checks | Ra value less than 0.4 µm (Internal Wetted surfaces) | Ensuring absolute prevention of biological biofilm attachment points. |
| Weld Integrity Check Mandatory |
Dye Penetrant Testing (DP) & Boroscope video analysis | Zero internal pinholes, undercuts, or crevices | Confirming completely sanitizable structural seam profiles. |
| Pressure Holding Standard |
Hydrostatic pressure testing at fixed durations | 1.5x designated design pressure threshold limits | Inspecting structural envelope thresholds against leak configurations. |
| Material Verification Standard |
Positive Material Identification (PMI Testing) | Strict elemental limits verifying chemical alloy grade matches | Ensuring structural defense margins against process chemical environments. |
High definition internal video records capturing orbital pipeline network seams.
Rigorous chemical tests ensuring structural active oxide layer performance values.
Complete multi-point digital printout logs specifying interior metal finishes.
As-built trace printouts, component tracking sheets, and full design checks.
We build the vessel, polish the seams, treat the surface chemistry, and hook it up to your facility infrastructure.
Stringent compliance with Bio Processing Equipment design guidelines tracking dimensional standards, drainability parameters, and structural finishes.
Adhering strictly to current Good Manufacturing Practices protocols to assure maximum sanitization capability across all process envelopes.
Integrating recommendations from the International Society for Pharmaceutical Engineering across all our standard liquid handling vessel buildouts.
Consult with our engineering desk on your target mechanical layout configurations, material specifications, and validation requirements today.