• Project Overview
Norlab undertook the comprehensive outfitting of a specialized research facility, the SDIP innovations laboratory, focusing on advanced scientific applications. This project involved the strategic supply of a high-performance fume cupboard, crucial for maintaining air quality and safety in chemical processes. The selection of this fume cupboard was meticulously made to align with the stringent performance and safety protocols inherent in a cutting-edge research environment. This engagement allowed Norlab to deliver a highly functional and secure workspace, specifically tailored to the unique operational demands of the SDIP innovations laboratory.
• The Specific Need
The institution required a laboratory setup capable of supporting intricate chemical and biological research, where the safe handling of volatile substances was paramount. A robust ventilation system was essential to protect researchers from hazardous fumes and particulate matter. The primary challenge was to integrate a fume cupboard that not only met but exceeded international safety standards for air extraction and containment, while also fitting seamlessly into the existing infrastructure. Ensuring optimal functionality within the SDIP innovations laboratory’s operational framework added a layer of technical complexity to the project.
• Our Solution
Norlab responded with a bespoke supply plan for the SDIP innovations laboratory. A state-of-the-art fume cupboard was selected for its superior containment capabilities, advanced airflow control, and energy efficiency. This unit was chosen to provide maximum protection against chemical exposure, making it ideal for sensitive experimental procedures. Its design facilitated easy integration with the laboratory’s existing utility connections and allowed for future adaptability. The installation process was carefully managed to minimize disruption, ensuring the SDIP innovations laboratory could resume its critical research activities promptly.
• The Result
The successful integration of the fume cupboard has significantly enhanced the safety and operational capacity of the SDIP innovations laboratory. Researchers now benefit from a controlled environment where experiments involving hazardous materials can be conducted with increased confidence and security. This critical piece of equipment ensures compliance with occupational health benchmarks and supports the institution’s commitment to providing a safe and productive research setting. The outcome is a facility where scientific innovation can thrive, underpinned by reliable infrastructure that elevates the capabilities of the SDIP innovations laboratory.
• From specialised research facilities to large-scale commercial labs, leading brands choose to work with us because we understand how laboratories really operate. Our work speaks for itself. The relationships we build with our clients are based on trust earned on site, not just on paper. When brands choose us, they’re choosing a partner who takes responsibility for the outcome, not shortcuts. 
SDIP innovations specialises in the development of advanced bioresorbable medical implants and regenerative biomaterials for orthopaedic and tissue repair applications. The company focuses on innovative bone regeneration technologies designed to naturally integrate with the body while avoiding the long-term complications associated with traditional metallic implants.
Their proprietary JAZBI™ platform is engineered to support natural bone healing, predictable resorption, and improved tissue regeneration for medical and surgical applications. SDIP innovations also specialises in medical device research, biomaterials engineering, ISO-certified manufacturing, and healthcare innovation within the regenerative medicine sector.
Not all fume cupboard models are equally suited for every laboratory process, and selecting the correct Airflex model for your application is one of the most important decisions in the specification process. The A-Airflex and F-Airflex fume cupboards are designed for routine chemical operations such as light acid digestions, vapour and gas extraction, and chemical transfers including pipetting. These models are ideal for applications involving low to moderate concentrations of chemical fumes and vapours.
The G-Airflex and P-Airflex fume cupboards are designed for more demanding chemical processes, including prolonged acid digestions and complex chemical reactions that generate higher concentrations of corrosive fumes. Their construction and airflow design make them better suited for handling aggressive acidic environments and continuous chemical processing.
The right model for your specific application is determined during the design consultation based on the chemicals involved, the work procedures, and the laboratory’s ventilation requirements.
Norlab fume cupboards supplied for the SDIP innovations laboratory project are engineered to meet SEFA 1 performance criteria for laboratory fume hood containment, along with applicable AS/NZS 2243.8 requirements for installation, operation, testing, and maintenance of laboratory fume cupboards. Manufacturing is supported by an ISO 9001 certified quality management system to ensure consistent product performance, reliability, and traceability.
After installation, fume hood performance should be verified before initial use with a face velocity measurement in accordance with site safety procedures and applicable laboratory ventilation requirements. Ongoing performance verification — including face velocity checks — should be conducted annually at minimum, or after any relocation, duct modification, or HVAC system change.
Many regulated facilities, including pharmaceutical GMP laboratories, university research laboratories, and accredited testing environments, require more frequent verification. Norlab provides technical documentation to support initial commissioning and ongoing compliance records.
Yes, Norlab can design and deliver customised laboratory fit-out solutions similar to the SDIP innovations laboratory project, tailored to your organisation’s operational requirements, laboratory workflows, and compliance standards.
Whether your company operates in environmental science, research, education, healthcare, pharmaceuticals, or industrial testing, the project can be adapted to suit your available space, chemical applications, and long-term laboratory requirements. The consultation process includes material selection, laboratory design planning, and ensuring the final solution supports safety, durability, and operational efficiency.
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We support your projects with fully managed design & manufacturing solutions, ensuring every detail aligns with your workflow, safety needs, and performance requirements.
Expert guidance included — free 3D design
Our lab safety specialists review your project personally.
Fully custom — material, dimensions, configuration & finish
Furniture designed around your lab’s workflow, space constraints, and compliance requirements.
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Manufactured and supported from Victoria.
