Practical production guidance for your product, pack and output

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Product sector · 100 application guides

Laboratory & biotechnology production and packaging

Small-volume dosing, contamination control and traceable packing guidance for laboratory and biotech materials. Select the exact product and pack combination to see the process route, recommended machine type, risks and questions.

20 core products5 pack formats each100 indexed guides
How to use this section

Start with the product, then confirm the pack and output.

Products in this sector include several physical behaviours: Free-flowing liquid (80), Powder (10), Flammable or solvent-based liquid (10). This changes the filler, feed system, nozzle, cleaning plan and safety controls.

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Choose a product and pack format

100 guides
Buffer Solution in Glass BottlesFree-flowing liquid · View guide →Buffer Solution in PET BottlesFree-flowing liquid · View guide →Buffer Solution in HDPE BottlesFree-flowing liquid · View guide →Buffer Solution in Preformed PouchesFree-flowing liquid · View guide →Buffer Solution in Bag-in-box PacksFree-flowing liquid · View guide →Calibration Solution in Glass BottlesFree-flowing liquid · View guide →Calibration Solution in PET BottlesFree-flowing liquid · View guide →Calibration Solution in HDPE BottlesFree-flowing liquid · View guide →Calibration Solution in Preformed PouchesFree-flowing liquid · View guide →Calibration Solution in Bag-in-box PacksFree-flowing liquid · View guide →Culture Medium in Glass BottlesFree-flowing liquid · View guide →Culture Medium in PET BottlesFree-flowing liquid · View guide →Culture Medium in HDPE BottlesFree-flowing liquid · View guide →Culture Medium in Preformed PouchesFree-flowing liquid · View guide →Culture Medium in Bag-in-box PacksFree-flowing liquid · View guide →Agar Powder in Jars and TubsPowder · View guide →Agar Powder in Stand-up PouchesPowder · View guide →Agar Powder in Single-dose SachetsPowder · View guide →Agar Powder in Retail BagsPowder · View guide →Agar Powder in Bulk SacksPowder · View guide →Enzyme Solution in Glass BottlesFree-flowing liquid · View guide →Enzyme Solution in PET BottlesFree-flowing liquid · View guide →Enzyme Solution in HDPE BottlesFree-flowing liquid · View guide →Enzyme Solution in Preformed PouchesFree-flowing liquid · View guide →Enzyme Solution in Bag-in-box PacksFree-flowing liquid · View guide →Protein Reagent in Glass BottlesFree-flowing liquid · View guide →Protein Reagent in PET BottlesFree-flowing liquid · View guide →Protein Reagent in HDPE BottlesFree-flowing liquid · View guide →Protein Reagent in Preformed PouchesFree-flowing liquid · View guide →Protein Reagent in Bag-in-box PacksFree-flowing liquid · View guide →DNA Reagent in Glass BottlesFree-flowing liquid · View guide →DNA Reagent in PET BottlesFree-flowing liquid · View guide →DNA Reagent in HDPE BottlesFree-flowing liquid · View guide →DNA Reagent in Preformed PouchesFree-flowing liquid · View guide →DNA Reagent in Bag-in-box PacksFree-flowing liquid · View guide →RNA Reagent in Glass BottlesFree-flowing liquid · View guide →RNA Reagent in PET BottlesFree-flowing liquid · View guide →RNA Reagent in HDPE BottlesFree-flowing liquid · View guide →RNA Reagent in Preformed PouchesFree-flowing liquid · View guide →RNA Reagent in Bag-in-box PacksFree-flowing liquid · View guide →Staining Solution in Glass BottlesFree-flowing liquid · View guide →Staining Solution in PET BottlesFree-flowing liquid · View guide →Staining Solution in HDPE BottlesFree-flowing liquid · View guide →Staining Solution in Preformed PouchesFree-flowing liquid · View guide →Staining Solution in Bag-in-box PacksFree-flowing liquid · View guide →Fixative in Glass BottlesFlammable or solvent-based liquid · View guide →Fixative in Metal CansFlammable or solvent-based liquid · View guide →Fixative in Approved Plastic BottlesFlammable or solvent-based liquid · View guide →Fixative in JerrycansFlammable or solvent-based liquid · View guide →Fixative in DrumsFlammable or solvent-based liquid · View guide →Solvent Reagent in Glass BottlesFlammable or solvent-based liquid · View guide →Solvent Reagent in Metal CansFlammable or solvent-based liquid · View guide →Solvent Reagent in Approved Plastic BottlesFlammable or solvent-based liquid · View guide →Solvent Reagent in JerrycansFlammable or solvent-based liquid · View guide →Solvent Reagent in DrumsFlammable or solvent-based liquid · View guide →Analytical Standard in Glass BottlesFree-flowing liquid · View guide →Analytical Standard in PET BottlesFree-flowing liquid · View guide →Analytical Standard in HDPE BottlesFree-flowing liquid · View guide →Analytical Standard in Preformed PouchesFree-flowing liquid · View guide →Analytical Standard in Bag-in-box PacksFree-flowing liquid · View guide →PH Indicator in Glass BottlesFree-flowing liquid · View guide →PH Indicator in PET BottlesFree-flowing liquid · View guide →PH Indicator in HDPE BottlesFree-flowing liquid · View guide →PH Indicator in Preformed PouchesFree-flowing liquid · View guide →PH Indicator in Bag-in-box PacksFree-flowing liquid · View guide →Wash Solution in Glass BottlesFree-flowing liquid · View guide →Wash Solution in PET BottlesFree-flowing liquid · View guide →Wash Solution in HDPE BottlesFree-flowing liquid · View guide →Wash Solution in Preformed PouchesFree-flowing liquid · View guide →Wash Solution in Bag-in-box PacksFree-flowing liquid · View guide →Lysis Buffer in Glass BottlesFree-flowing liquid · View guide →Lysis Buffer in PET BottlesFree-flowing liquid · View guide →Lysis Buffer in HDPE BottlesFree-flowing liquid · View guide →Lysis Buffer in Preformed PouchesFree-flowing liquid · View guide →Lysis Buffer in Bag-in-box PacksFree-flowing liquid · View guide →Chromatography Mobile Phase in Glass BottlesFree-flowing liquid · View guide →Chromatography Mobile Phase in PET BottlesFree-flowing liquid · View guide →Chromatography Mobile Phase in HDPE BottlesFree-flowing liquid · View guide →Chromatography Mobile Phase in Preformed PouchesFree-flowing liquid · View guide →Chromatography Mobile Phase in Bag-in-box PacksFree-flowing liquid · View guide →Diagnostic Buffer in Glass BottlesFree-flowing liquid · View guide →Diagnostic Buffer in PET BottlesFree-flowing liquid · View guide →Diagnostic Buffer in HDPE BottlesFree-flowing liquid · View guide →Diagnostic Buffer in Preformed PouchesFree-flowing liquid · View guide →Diagnostic Buffer in Bag-in-box PacksFree-flowing liquid · View guide →Laboratory Detergent in Glass BottlesFree-flowing liquid · View guide →Laboratory Detergent in PET BottlesFree-flowing liquid · View guide →Laboratory Detergent in HDPE BottlesFree-flowing liquid · View guide →Laboratory Detergent in Preformed PouchesFree-flowing liquid · View guide →Laboratory Detergent in Bag-in-box PacksFree-flowing liquid · View guide →Sample Preservative in Glass BottlesFree-flowing liquid · View guide →Sample Preservative in PET BottlesFree-flowing liquid · View guide →Sample Preservative in HDPE BottlesFree-flowing liquid · View guide →Sample Preservative in Preformed PouchesFree-flowing liquid · View guide →Sample Preservative in Bag-in-box PacksFree-flowing liquid · View guide →Freeze-dried Reagent in Jars and TubsPowder · View guide →Freeze-dried Reagent in Stand-up PouchesPowder · View guide →Freeze-dried Reagent in Single-dose SachetsPowder · View guide →Freeze-dried Reagent in Retail BagsPowder · View guide →Freeze-dried Reagent in Bulk SacksPowder · View guide →
Common questions

Laboratory & biotechnology equipment questions

Which filling machines are used for laboratory & biotechnology?

The correct machine depends on whether the product is a liquid, foam, viscous paste, particulate mixture, powder, granule or countable solid. For a typical buffer solution, a gravity, flowmeter or sanitary pump filler is a practical starting point.

Can one line handle several laboratory & biotechnology products?

Often yes, provided the filler, product feed, contact materials, cleaning method, dose range, containers and closures cover the full range. The most difficult product and pack should be used during the trial.

How should throughput be specified for laboratory & biotechnology?

Use weekly volume, shift pattern, batch size, changeovers, cleaning time and operator loading. Select the complete line around the slowest station rather than the headline speed of one machine.

What samples are required for a machinery test?

Provide representative product, every container and closure size, labels, code requirements and details of the normal production temperature. Include the most viscous, foamy, hazardous or particulate formulation.

Build the full specification

Confirm the product, container, closure, output and site requirements with Lancing.

Product samples and finished packaging allow the machinery route to be tested rather than assumed.

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