From Optimized Assay to Scalable Manufacturing
EXIMIO provides contract manufacturing support for rapid diagnostic products, connecting process transfer, pilot production, uncut sheet manufacturing and production-oriented quality control within a practical scale-up workflow.
Manufacturing Support Built Around Rapid Diagnostic Products
A diagnostic assay that performs well during laboratory development must still be translated into a controlled manufacturing process. Dispensing conditions, material handling, drying parameters, production tolerances and batch consistency can all influence the performance of the finished product.
EXIMIO supports customers in moving from development-stage assay conditions toward more structured and repeatable production, including process transfer, pilot manufacturing and lateral flow uncut sheet OEM.
Manufacturing support can be configured according to the customer's existing assay, production stage, material configuration and downstream supply requirements.
Support Across Key Manufacturing Stages
Production support can focus on a specific manufacturing challenge or connect multiple stages from process transfer through routine production.
Process Transfer
Translate laboratory assay conditions into clearer manufacturing parameters, workflows and production requirements.
Pilot Production
Evaluate the transition from development-scale work toward larger and more repeatable production before routine manufacturing.
Reagent Dispensing
Control relevant dispensing conditions for test and control lines, conjugate preparation and other production-stage reagent applications.
Drying & Process Control
Review drying conditions and other critical manufacturing parameters that can influence reagent stability and assay performance.
Uncut Sheet Manufacturing
Produce lateral flow uncut sheets according to defined assay configurations and agreed manufacturing requirements.
Batch Consistency Evaluation
Review manufacturing results and key performance indicators to support more consistent routine production.
A Structured Path from Assay Transfer to Routine Production
Manufacturing scale-up is approached as a connected process in which assay conditions, materials, equipment settings and quality-control observations inform subsequent production decisions.
Review
Understand the assay configuration and development conditions.
Transfer
Define materials, parameters and production requirements.
Pilot
Evaluate performance under production-oriented conditions.
Optimize
Refine critical parameters based on pilot production results.
Produce
Move toward repeatable uncut sheet manufacturing.
Control
Review process consistency and production-stage performance.
Translating Development Conditions into Production Parameters
Scale-up is not simply a matter of increasing production volume. Conditions that work during laboratory development must be reviewed in relation to production equipment, material variability, processing tolerances and routine workflow.
The objective is to establish a more repeatable process while preserving the intended assay performance.
Critical Parameter Identification
Review development conditions and identify parameters most likely to influence production consistency and finished assay performance.
Material Compatibility Review
Consider antibodies, antigens, membranes, pads, conjugates and buffers as part of the complete manufacturing system.
Dispensing Parameter Review
Evaluate dispensing concentrations, line characteristics and operating conditions according to the selected assay configuration.
Drying Condition Review
Establish more controlled drying considerations for membranes, conjugates and other treated materials where applicable.
Pilot Batch Evaluation
Use pilot production to compare manufacturing output with expected assay performance before routine production.
Process Standardization
Organize selected manufacturing conditions into a clearer and more repeatable production workflow.
Facilities Supporting Rapid Diagnostic Development & Manufacturing
Our facilities combine laboratory evaluation, controlled production areas and hands-on manufacturing operations to support process transfer, pilot production and rapid diagnostic manufacturing.
Manufacturing Is More Than Producing a Batch
Routine manufacturing requires attention to material consistency, process conditions, in-process observations and finished-product performance.
Incoming Material Considerations
Review critical materials before they enter the routine production process.
Process Monitoring
Observe relevant manufacturing parameters during production and compare them with defined operating conditions.
In-Process Evaluation
Evaluate intermediate production results where appropriate before subsequent manufacturing stages.
Batch Consistency
Compare key manufacturing and assay-performance characteristics across production batches.
Production Records
Support clearer documentation of relevant production conditions and manufacturing observations.
Different Projects Require Different Manufacturing Starting Points
Pilot Manufacturing
Support development teams that need to evaluate how an optimized assay behaves under more production-oriented conditions.
Uncut Sheet OEM
Manufacture lateral flow uncut sheets according to agreed assay configurations and downstream customer requirements.
Process Optimization
Review manufacturing parameters when an existing assay requires improved production consistency or scale-up support.
Development-to-Manufacturing Support
Connect assay-development knowledge with downstream pilot production and manufacturing considerations.
Connecting CDO Development with CMO Manufacturing
When assay development and manufacturing are considered as connected stages, technical information generated during development can be carried forward into process transfer and scale-up.
Identify suitable diagnostic raw materials.
Establish and optimize the assay configuration.
Translate development conditions into manufacturing parameters.
Evaluate production-oriented performance.
Move toward repeatable uncut sheet production.
Ready to Move Your Assay Toward Manufacturing?
Tell us about your assay format, current development stage, materials and expected manufacturing requirements. Our team can discuss a production approach based on your project.