MEDICAL & LIFE SCIENCES

Medical & Life Sciences Contract Manufacturing for Diagnostic Instruments, Lab Automation, and Capital Equipment Assembly

Documentation discipline that regulated environments require — built in from day one, not retrofitted when the audit arrives.

Fixyte Systems is a precision contract manufacturer in Billerica, Massachusetts specializing in medical device and life sciences capital equipment assembly — diagnostic instruments, lab automation systems, medical imaging sub-assemblies, and life sciences research equipment. We build under full documentation discipline with component traceability, build records, and quality documentation on every program. ISO 9001 in progress. Programs run 5–200 units per year under fixed-price SOW with first article validation and complete documentation packages delivered with every shipment.

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Why Medical Device and Life Sciences OEMs Need a CM Built for Documentation Discipline — Not One That Retrofits It

Medical device and life sciences capital equipment operates in a world where the documentation of how something was built is as important as how it performs.

A diagnostic instrument that produces correct results but can't be traced back through its assembly history creates regulatory exposure. A lab automation system that functions correctly but lacks component-level traceability leaves gaps in the quality record that an FDA audit or ISO certification review will find. A medical imaging sub-assembly delivered without build records forces your quality team to reconstruct documentation they should have received — at a cost in time and risk that compounds with every unit.

Most contract manufacturers understand this in principle. The ones who have built medical and life sciences capital equipment understand it in practice — because they've lived the consequence of getting it wrong.

The difference between a CM who says "we do documentation" and one who is built for it is visible in three places: whether documentation discipline is designed into the program from the SOW, whether build records are generated as part of the assembly process or compiled afterward, and whether traceability is maintained at the component level or summarized at the shipment level.

Fixyte is built for it. Documentation is not an add-on at the end of a program — it's how every program runs from day one.

Medical & Life Sciences Contract Manufacturing Capabilities

Diagnostic Instrument Assembly

Electro-mechanical and opto-mechanical assembly for diagnostic capital equipment — from sub-module integration through complete instrument builds. Every assembly step documented. Every component traceable. Every unit accepted against defined acceptance criteria before shipment.

We understand that a diagnostic instrument is not just a complex device — it's a device that clinical or research professionals rely on to make decisions. Assembly quality at the sub-module level determines instrument performance at the point of use. We build with that consequence in mind.

Lab Automation System Assembly

Liquid handling systems, robotic lab automation platforms, and automated sample processing equipment require sub-module assembly that combines electro-mechanical precision with the documentation discipline regulated environments demand.

A lab automation system deployed in a regulated lab environment will be audited. The assembly record of every sub-module in that system may be reviewed. We build lab automation sub-assemblies with the audit in mind — not as an afterthought, but as a design constraint on how documentation is generated and maintained throughout the assembly process.

Medical Imaging Sub-Assembly and Integration

Optical, mechanical, and electro-mechanical sub-assemblies for medical imaging capital equipment — diagnostic imaging instruments, microscopy systems, fluorescence imaging platforms, and optical coherence tomography sub-assemblies. Precision alignment, sensor integration, and complete electro-mechanical integration under full documentation discipline.

Life Sciences Research Instrument Assembly

Spectroscopy instruments, flow cytometry sub-assemblies, genomics capital equipment, and precision research instruments for life sciences OEMs. Research instruments used in regulated environments carry the same documentation and traceability requirements as clinical diagnostic equipment — we build both to the same standard.

What you build matters. We want to be the partner that helps you bring it to market — and keep it there.

Medical and Life Sciences Assembly Applications — Diagnostic Instruments, Lab Automation, and Imaging Systems

Diagnostic Instrument Assembly and Medical Capital Equipment Manufacturing

Diagnostic capital equipment — clinical analyzers, point-of-care instruments, in-vitro diagnostic systems, and patient monitoring capital equipment — carries documentation and traceability requirements that reflect the regulatory environment in which it operates. A clinical diagnostic instrument is a regulated medical device. The assembly record of that instrument is a regulatory record.

We build diagnostic instruments with that regulatory context as the assembly standard. Component traceability from incoming inspection through finished goods. Build records generated during assembly — not compiled afterward. Acceptance criteria defined in the SOW against the performance specifications the instrument needs to meet — not against the dimensional tolerances of individual components.

When your regulatory team asks us for the build record of unit 47, we produce a document that tells them who assembled it, what components were used, what lot numbers those components came from, what the acceptance test results were, and what the final inspection recorded. Not a summary. The actual record.

Lab Automation and Liquid Handling System Assembly

Lab automation systems deployed in regulated laboratory environments — pharmaceutical QC labs, clinical research organizations, and regulated genomics facilities — operate under quality management systems that extend to every piece of capital equipment in the facility. The contract manufacturer who built the liquid handling system sub-modules will appear in that quality system. Their documentation will be reviewed. Their processes will be audited.

We build lab automation sub-assemblies for the audit that will happen — not the audit that might happen. Every component traced. Every build step recorded. Every acceptance test documented. When your lab automation system gets audited, the sub-assembly documentation from Fixyte will hold up.

The operational performance requirements for lab automation are equally demanding. A liquid handling system with sub-module assembly variation that affects dispensing accuracy creates assay results that don't match between instruments. We build to the positional accuracy and mechanical consistency that liquid handling performance requires — and we verify it before delivery.

Medical Imaging System Sub-Assembly and Integration

Medical imaging capital equipment — fluorescence microscopy systems, optical coherence tomography instruments, confocal imaging platforms, and multi-photon systems — combines precision opto-mechanical assembly with the documentation and traceability requirements of medical device manufacturing.

The opto-mechanical assembly requirements for medical imaging are unforgiving. Alignment drift that is invisible in a bench test becomes clinically significant in a long-term imaging study. A mechanical joint that introduces vibration sensitivity at a frequency that doesn't appear in acceptance testing appears as image artifact in clinical use. We build medical imaging sub-assemblies with the clinical use environment as the performance standard — and we maintain full documentation so your quality team can trace every unit through its complete assembly history.

Life Sciences Research Instrument Assembly and Contract Manufacturing

Life sciences research instruments — next-generation sequencing capital equipment, flow cytometry systems, mass spectrometry sub-assemblies, and single-molecule imaging instruments — are among the most technically complex capital equipment programs in the life sciences industry.

They are also increasingly subject to the same documentation and traceability requirements as regulated clinical instruments — because the research data they generate feeds regulatory submissions, clinical trial protocols, and drug discovery programs where data quality is subject to review.

We build life sciences research instruments to the documentation standard that regulated use requires — even when the instrument is classified as research use only. Because the programs that start as research use only have a way of becoming regulated use, and the assembly record that wasn't built to regulatory standard becomes the problem you have to solve retroactively.

Building medical and life sciences equipment?

Have a medical device or life sciences capital equipment program that needs precision assembly under documentation discipline — not documentation as an afterthought?

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