Accelerate your laboratory separation, clarification, and degassing workflows with the Apex Labs Vacuum Filtration Portfolio. Engineered for clinical diagnostic setups, microbiological testing, environmental analysis, and high-purity chemical processing, our integrated systems combine heavy-duty fluid handling mechanics with precision regulation. From oil-free diaphragm vacuum pumps to complete borosilicate filtration assemblies, these systems deliver optimal pressure differentials without sample contamination risks.
Institutional Procurement & GeM Supply Lines: We supply precision pressure systems backed by fully compliant commercial GST invoices to streamline Input Tax Credit (ITC) tracking. For IITs, Central Universities, medical institutions, and state laboratories, Apex Labs provides streamlined contract fulfillment and tender execution through our active **Government e-Marketplace (GeM)** vendor portal listings.
Solid-state mechanical design utilizing chemically resistant PTFE or standard polymer diaphragms. Delivers a 100% oil-less operational environment, ensuring no lubrication vapors trace back to contaminate active gas streams or fluid samples. Equipped with analog vacuum dials and fluid-trap filters.
Premium 3.3 Borosilicate glass arrays featuring a graduated filtration funnel (typically 300 ml), anodized aluminum secure clamp, specialized support base with sintered glass disc or stainless steel mesh, and a heavy-wall vacuum receiving flask (1000 ml to 5000 ml capacities).
High-throughput structural manifolds crafted from SS316 stainless steel or autoclave-safe polymers. Available in 3-branch and 6-branch configurations with independent control valves, facilitating multi-sample microbiological analysis using a single vacuum source hookup.
Complete inventory support featuring Nylon, PVDF, and Cellulose Acetate membrane circle filters across common pore sizes (0.22 µm and 0.45 µm), alongside heavy-walled silicone vacuum tubing designed to resist structural collapse under maximum pressure differentials.
Contamination Shielding Technology: Oil-free pumping structures preserve the strict baseline mechanics of analytical filtrations, completely avoiding hydrocarbon back-migration.
Extreme Chemical Endurance: All fluid-contact surfaces utilize non-reactive materials (SS316, Borosilicate 3.3 glass, and PTFE polymers) to safely process volatile organic solvents, harsh acids, and active basic buffers without material stripping.
High-Throughput Adaptability: Modular design parameters permit seamless cross-connection between standard benchtop single-stage units and multi-branch structural manifolds to optimize diagnostic laboratory floor efficiency.
