DOSSIER: CORP-PROFILE // EST. 2011 // INDUSTRIAL VALIDATED
PRECISION ENGINEERING & MODULAR WORKSPACES

Engineering High-Performance Technical Facilities for Global Innovators.

Founded with a commitment to sub-millimeter manufacturing excellence, we specialize in high-precision modular laboratory systems, biosafety containment environments, and bespoke industrial workstations. We integrate engineering design, direct fabrication, and global logistics into a seamless turnkey solution.

01. Containment
Cleanrooms & Bio-safety

ISO 14644 Class 4-8 airflow & fume management.

02. Structures
Modular Steel Islands

Heavy-gauge Q235B & 316L stainless architectures.

03. Surfaces
Resistant Chem-Tops

SEFA 8.1 validated against 49 aggressive reagents.

14+
Years Engineering
68,000 m²
Production Area
45+
Export Countries
Automated industrial manufacturing facility and robotic assembly floor
MAIN ASSEMBLY HUB #1 ISO 9001 VERIFIED
Laser Cutting & Robotic Weld Center 40,000 m² Primary Plant
Precision CNC metal forming operation
CNC Metal Bending
0.05mm Axis Accuracy
Cleanroom testing and quality validation laboratory
Cleanroom Testing
ASHRAE 110 Compliant
// MANUFACTURING MATRIX & SPECIALIZED INFRASTRUCTURE

Strategic Partner Factories & Flagship Fabrication Hub

Our integrated supply framework relies on one direct smart-factory anchor backed by three specialized tier-1 contract facilities for powder coatings, phenolic worktops, and ventilation aerodynamics.

FLAGSHIP HUB 01 INTEGRATED ROBOTIC METALWORKS

Primary Cold-Rolled Steel Fabrication & Laser Processing Center

Equipped with 6 automated fiber laser cutting lines (12kW Bystronic), 14 robotic laser welding cells, and an automated continuous German Wagner epoxy powder coat loop. Producing up to 450 standard modular cabinets per 8-hour shift with zero dimensional variance.

CAPACITY 12,000 Sets / Yr
MACHINERY German CNC & Yaskawa
COATING DEPTH 80-110 μm Epoxy
WELD SPEC EN ISO 15614-1
Automated laser steel cutting and robotic fabrication inside flagship plant
FACILITY #02 RESIN & PHENOLIC
Heavy hydraulic press for phenolic resin lab worktops

Surface Compression & Curing Facility

Specialized in solid phenolic resin cores and monolithic epoxy slab processing. Precision edge beveling and under-mount sink CNC routing.

Core Thickness: 13-25mm SEFA 8.1 Lab-Grade
FACILITY #03 AIRFLOW & VAV
Fume hood airflow aerodynamic testing chamber

Aerodynamics & Fume Hood Testing

A dedicated airflow calibration chamber testing aerodynamic bypass sashes, face velocity sensors, and VAV dampers according to EN 14175-3.

Face Velocity: 0.50 m/s 0.05ppm ASHRAE
FACILITY #04 FITTINGS & SINKWARE
Precision copper and brass lab fittings turning shop

Sanitary & Gas Utility Injection Lab

High-purity brass forging, 316L quick-connect gas taps, emergency eye-wash stations, and polypropylene anti-corrosive cup sinks.

Pressure: Up to 10 Bar DIN 12898 & 12918
// ENGINEERING LEADERSHIP & CAD ARCHITECTURE

The 3-Member Core Design & BIM Engineering Team

Direct engineering oversight from conceptual schematic to manufacturing-ready G-code. Every project has a dedicated structural, spatial, and mechanical lead.

Marcus Vance - Chief Structural & Materials Engineer
LEAD #01
STRUCTURAL INTEGRITY LEAD

Marcus Vance, PE

16+ Yrs Exp // Ex-Siemens Industrial

Specializes in finite element analysis (FEA), load-bearing cantilever frames, seismic anchoring, and heavy-duty SEFA 8M structural compliance.

Focus: FEA Load & Seismic
Tool: SolidWorks / ANSYS
Dr. Elena Rostova - Cleanroom & BIM Spatial Architect
LEAD #02
BIM & CLEANROOM SPATIAL LEAD

Dr. Elena Rostova, AIA

12+ Yrs Exp // Cleanroom Class 4-8

Directs spatial planning, 3D BIM integration (.RVT/.IFC), ergonomic technician clearances, and contamination barrier zoning for pharma and biotech.

Focus: BIM Revit Level 400
Tool: Autodesk Revit / BIM360
Kenji Takahashi - Aerodynamics & VAV Integration Specialist
LEAD #03
AERODYNAMICS & VAV SPECIALIST

Kenji Takahashi

14+ Yrs Exp // ASHRAE 110 Committee

Oversees containment aerodynamics, digital VAV sash controls, exhaust plenum pressure balance, and low-noise air distribution topologies.

Focus: CFD Flow & EN 14175
Tool: OpenFOAM / SolidWorks Flow
// ZERO OFF-THE-SHELF COMPROMISE

100% Custom Engineering & Fabrication Lifecycle

From parametric CAD files to robotic laser profiling, every module is custom-built to match architectural site dimensions down to ±0.2mm.

01 CAD/BIM

3D Ingestion & Clash Detection

We ingest your architectural DWG/RVT files, generate detailed 3D elevations, and simulate utility pass-through clashes before material cut.

SLA: 48h Engineering Output
02 CNC LASER

Parametric Metal Cutting & Punch

Automated nesting algorithms feed 12kW fiber lasers to achieve micro-burr cutting of cold-rolled steel, galvanized sheets, and 316L stainless.

Tolerance: ±0.15mm Micro-Cuts
03 ROBOTIC WELD

Seamless Robotic Joinery & Coating

Continuous multi-axis robotic welds eliminate dirt traps. Automated 8-stage pre-treatment and electrostatic AkzoNobel epoxy powder baking.

Coating: 200°C High-Temp Cure
04 PRE-ASSEMBLY

100% Factory Dry-Fit & QA Check

Every system is assembled in the factory prior to packing to verify plumbing connections, electrical trunking, and seamless worktop joint seals.

Zero-Site Modification Standard
// UNCOMPROMISING VALIDATION STANDARDS

Certified Compliance with Leading International Standards

Our systems undergo third-party laboratory verification to satisfy strict biosafety, chemical resistance, and air containment standards across North America, Europe, and Asia-Pacific.

ISO
ISO 9001:2015 & ISO 14001
Quality and environmental management audited manufacturing.
VERIFIED
SEFA
SEFA 8M (Metal Casework)
Exceeds 450kg heavy-duty load testing & 24h chemical exposure.
PASSED
EN
EN 14175-3 / ASHRAE 110
Containment test containment level < 0.05 ppm at sash opening.
TYPE TESTED
CE
CE Electrical & Machinery Directive
Integrated power trunks & emergency cutoff interlocks compliant.
CERTIFIED
Quality assurance chemical resistance testing and inspection laboratory
BATCH QA SAMPLING: 100% CMM Coordinate Measurement
SALT SPRAY
1,000+ Hours
DOOR CYCLES
100,000+
STATIC LOAD
1,200 kg/m²
Global shipping containers and export logistics loading
EXPORT PROTOCOL: IPPC ISPM-15
OCEAN & AIR EXPEDITED FOB / CIF / DDP
Standard Production SLA: 15-20 Business Days
Export Packaging: Seaworthy Steel-Reinforced Crates
On-Site Supervision: Available in 30+ Countries
// WORLDWIDE SUPPLY CHAIN & LOGISTICS SLA

Proven Turnkey Export & On-Site Installation in 45+ Countries

We understand the stringent scheduling requirements of pharmaceutical construction and university fit-outs. Every crate is barcoded, cataloged with assembly schematics, and prepared for rapid offloading without site rework.

North America
USA, Canada, Mexico
320+ Projects Completed
Europe & UK
Germany, France, UK, Nordics
410+ Projects Completed
APAC & Middle East
Singapore, UAE, KSA, Japan
670+ Projects Completed
  • All crates feature tilt and shock sensors to guarantee shipping integrity.
  • Bilingual CAD assembly dossiers and 3D exploded view QR manuals included.
  • Direct engineering dispatch for commissioning and cleanroom smoke containment testing.
// OUR GUIDING OPERATIONAL PRINCIPLES

Values Rooted in Industrial Rigor and Engineering Integrity

The non-negotiable fundamentals that guide our manufacturing floor, material selections, and client partnerships worldwide.

01

Sub-Millimeter Exactitude

We reject the notion of "good enough." Every fold, weld bead, and surface joinery must pass laser calibration before leaving our facilities. Precision in fabrication means zero friction on your job site.

02

Uncompromising Safety

Laboratory casework houses volatile chemistry and critical discoveries. We design failsafe containment, zero-emission coatings, and shatterproof glass assemblies to protect laboratory personnel.

03

Transparent Engineering

No hidden material downgrades or unverified gauge thicknesses. We provide verifiable mill test certificates (MTC), coating thickness logs, and raw material trace reports with every shipment.

START YOUR CUSTOM PROJECT TODAY

Ready to Configure Your High-Precision Lab or Industrial Workspace?

Upload your laboratory layout (.DWG, .PDF, .RVT) or project schedule. Our design team will return a 3D BIM model and formal engineering estimate within 48 business hours.