Peptide

Manufacturing

Equipment

Precision Equipment for Research and Production

Modern peptide manufacturing depends on controlled reaction systems, efficient separation and purification, carefully managed temperatures, advanced drying technology, and analytical instruments capable of evaluating identity and purity.

BioMed Health Products can help qualified laboratories, research organizations, and production facilities identify and source specialized equipment for peptide development and manufacturing. Systems may be available as new, pre-owned, refurbished, laboratory-scale, pilot-scale, or production-scale equipment depending upon the project and current supplier availability.

Equipment is available by inquiry. Inventory, configuration, pricing, documentation and lead times vary.

Equipment Sourcing Through BioMed

BioMed Health Products can review sourcing requests for research-scale, pilot-scale and manufacturing equipment. Depending upon availability, options may include new, pre-owned or refurbished systems from established manufacturers.

To help us identify useful options, please provide the equipment type, intended application, preferred scale or capacity, acceptable condition, location, desired timing and approximate budget. We can then review the request and respond regarding potential sourcing opportunities.

Equipment specifications, condition, documentation, validation history, shipping, installation and regulatory suitability must be independently confirmed before purchase. BioMed Health Products does not represent that every listed category is continuously held in inventory.

Laboratory and Quallity Control Equipment

Analytical HPLC and mass spectrometry provide complementary information regarding purity and molecular identity. Supporting equipment may include balances, pH meters, spectrophotometers, moisture analyzers, particle analyzers and stability chambers.

Peptide Synthesis Reactors

Controlled systems for solid-phase peptide synthesis, including coupling, washing and deprotection cycles. Available features may include automated reagent delivery, agitation, temperature control, vacuum or pressure capability and programmable processing.

CENTRIFUGES

Laboratory and process centrifuges separate precipitated material, resin particles and other suspended solids from liquid streams during sample preparation and downstream processing.

CHILLERS & TEMPERATURE CONTROL

Reticulating chillers and thermal-control systems maintain reactors, condensers, columns and related equipment within defined operating ranges, improving process consistency.

Filtration Systems

Options may include pressure filters, Nutsche filters, cartridge and depth filters, rotary vacuum filters and sterilizing-grade membrane systems. Selection depends on solvent compatibility, particle size, pressure and production scale.

Ultrafiltration Systems, Diafiltration & TFF

Membrane systems support concentration, desalting and buffer exchange. Tangential-flow filtration moves the process stream across the membrane surface, helping limit buildup while supporting scalable processing.

Chromatography & Preparative HPLC

Preparative reverse-phase HPLC separates and collects the desired peptide from closely related impurities. Analytical HPLC is used separately to evaluate purity and sample composition.

Freeze Dryers & Lyophilizers

Lyophilization freezes the product and removes water under reduced pressure through primary and secondary drying. Laboratory, pilot, production, bulk and stoppering configurations may be available.

Vacuum & Process Dryers

Vacuum tray dryers, ovens, cone dryers, rotary vacuum dryers and spray dryers remove solvent or moisture. Reduced pressure can permit drying at lower temperatures for heat-sensitive material.

Heat Exchangers, Mixers and Solvent Systems

Plate, shell-and-tube and spiral heat exchangers provide thermal management. High-shear mixers support uniform formulation, while solvent-handling and recovery systems can reduce waste and improve efficiency.

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