Cleanroom assembly services
A cleanroom assembly request needs more than an environment class. Share the controlling product revision, component and incoming condition, sensitive and no-touch surfaces, assembly sequence and permitted materials, customer-specified airborne-particle and other contamination limits, operating state and monitoring basis, transfer and gowning rules, approved tools and consumables, cleaning and handling instructions, electrostatic controls when applicable, packaging configuration, inspection or test methods, acceptance criteria, identification and record boundaries, quantity, and timing so the request can be organized without assuming an environment, result, or project route.
Capability review
This page describes common request types. Available processes, equipment, tolerances, inspection, documentation, and fulfillment are confirmed for each quote.
Overview
A customer-specified ISO class classifies air cleanliness by airborne-particle concentration under a defined occupancy state; it does not by itself establish surface particle cleanliness, chemical contamination, viable contamination, electrostatic control, or product sterility. Operational control also depends on personnel and material entry, gowning, transfer, cleaning, maintenance, monitoring, and the suitability of equipment and consumables for the product and process. The request should connect those boundaries to the controlling product revision, sensitive surfaces, incoming condition, assembly sequence, cleaning method, package configuration, inspection or test method, acceptance limits, and required record fields without treating an environmental designation as proof of product cleanliness, validated processing, accepted results, or regulated-product status.
Identify the assembly and component revisions, BOM quantities and sources, incoming and pre-cleaned condition, material and finish, sensitive cavities and flow paths, contact, no-touch and protected surfaces, assembly orientation, sequence, tooling interfaces, and permitted exposure.
State the governing specification, requested class and occupancy state, local-zone boundary, airborne-particle sizes and limits, monitoring basis, personnel and material transfer, gowning, cleaning, electrostatic, chemical, viable, temperature, humidity, and event-response requirements that actually apply.
Define approved cleaning agents and methods, consumables and compatibility, handling and glove-change rules, in-process checks, re-clean triggers, inner and outer packaging, closure or seal method, label and opening boundary, inspection or test method, acceptance and rejection criteria, identification, and requested record fields.
Fulfillment review
Requests are reviewed manually. The fulfillment route and availability are confirmed before acceptance.
Quote inputs
The quote form accepts private files or a written project description, plus optional process, material, material-source, quantity, and timing details. Select Assembly when useful and describe the controlled product revision, environment and contamination-control requirements, cleaning and handling definition, packaging boundary, and acceptance basis.
Interactive request review
Select a review point on the fixed planning image to see how the customer-specified environment, cleaning and handling definition, and packaging and record boundaries connect to one controlled product configuration.
Three request zones in one fixed planning view
The covered incoming-parts tray, partially assembled module, and open packaging materials remain visible together while the request details change.
Illustrative example only; markers identify request-review areas, not an environment classification, contamination result, completed cleaning, package-validation status, accepted assembly, released record, project route, or capability.
Controlled-environment assembly review
Select a review feature to see the details that help clarify the request.
Identify each component and package state, incoming cleanliness or preparation status, approved material and finish, sensitive cavities and flow paths, and the contact, no-touch and protected surfaces that must remain controlled.
Helpful request detail
Map every component to the BOM and drawing, then identify its incoming package and preparation state, sensitive features, contact limits, protected surfaces, cleaning definition, and acceptance basis.
Capabilities
These examples help organize the starting point. Environment and process fit, achievable contamination-control, cleaning, handling, inspection, packaging and record requirements, input availability, fulfillment, and timing are confirmed from the project files.
Environment requests reviewed from the governing specification and revision, requested class and occupancy state, airborne-particle sizes and limits, local or separative boundary, operating conditions, monitoring parameters and locations, entry and transfer rules, action limits, event response, and any separately defined chemical, viable, electrostatic, temperature or humidity controls.
Contamination-control requests reviewed from the product sensitivity and use, exposed cavities and flow paths, contact and no-touch surfaces, residue and foreign-material risks, component and package condition, personnel and material movement, segregation, exposure and hold limits, electrostatic controls, protected regions, and response to an observed event.
Cleaning and handling requests reviewed from the incoming state, approved agents and methods, rinse and drying definition, required verification method, re-clean triggers, tools and fixtures, gloves and garments, wipes, swabs and other consumables, compatibility and substitution rules, unbagging and transfer sequence, glove changes, assembly order, handling points, and in-process checks.
Packaging requests reviewed from the required product state, inner and outer material, bagging or pouch sequence, closure or seal definition, label location and allowed marking materials, opening boundary, handling and storage conditions, inspection or test method, acceptance and rejection criteria, validation status and owner when applicable, item mapping, and requested record fields.
Quote workflow
A short, human-managed review keeps product configuration, environmental and contamination-control requirements, cleaning, handling, packaging, acceptance, requested records, and open questions visible before work is accepted.
Upload the assembly model and drawing, BOM, component condition, sensitive-surface definition, assembly sequence, customer-specified environment and contamination limits, operational controls, approved materials and consumables, cleaning and handling instructions, packaging specification, acceptance criteria, quantity, and target timing.
Product configuration, incoming state, environment class and occupancy state, local-zone boundary, contamination risks, personnel and material transfer, cleaning and consumable suitability, assembly and handling sequence, monitoring basis, packaging configuration, inspection or test method, acceptance limits, and record boundaries are organized for follow-up.
Environment and process fit, achievable contamination-control, cleaning, handling, inspection, packaging and record requirements, supplied and enabling items, monitoring and validation boundaries, fulfillment, timing, and remaining questions are resolved before acceptance.
The approved product revision, component and package condition, contamination-control plan, environment and monitoring definition, cleaning and handling instructions, permitted materials and consumables, assembly sequence, packaging configuration, acceptance criteria, identification, record boundary, and authorized changes become the reference point for project communication.
Request readiness
Clear product, contamination, environment, cleaning, handling, packaging, acceptance, and record intent is more useful than assuming a facility, class, process, result, or evidence package.
Name the standard or customer specification and revision, requested class, as-built, at-rest or operational state, airborne-particle sizes and limits, local-zone or separative-device boundary, operating conditions, monitoring locations and method, and action or excursion response. Do not use a class label alone.
Air cleanliness does not define product or surface cleanliness, residue, molecular contamination, microorganisms, pyrogens, sterility, electrostatic control, temperature, or humidity. State which attributes matter, their methods, limits, conditions, sampling, and acceptance basis.
Show contact, no-touch and protected regions, critical cavities and passages, orientation, allowed supports and handling tools, temporary covers, permissible exposure and hold times, foreign-material risks, permitted adjustment, and the response to a dropped, touched, exposed or otherwise suspect item.
Identify component materials and finishes, tools and fixtures, gloves and garments, wipes and swabs, bags and containers, cleaning agents, lubricants and adhesives. State particle, chemical, viable, outgassing, shedding, electrostatic, compatibility, packaging, lot, expiry and substitution requirements that apply.
Define incoming and pre-cleaned condition, unbagging and transfer order, cleaning method and agent condition, rinse and drying steps, verification method, re-clean triggers, gowning and glove changes, assembly order, in-process checks, protected surfaces, rework boundaries, and allowable time before packaging.
Specify inner and outer package materials, preparation state, bagging or pouch sequence, closure or seal method, label location and allowed inks, opening boundary, handling and storage conditions, inspection or test method, acceptance and rejection criteria, nonconformance response, sterilization or sterile-barrier owner when applicable, item mapping, requested record fields, approvals, format, and release condition.
Materials
Material identity is one layer of the request. Exact grade and condition, surface state, finish, cleaning and chemical compatibility, particle, residue, outgassing, shedding, electrostatic, handling, packaging, inspection, and availability requirements are confirmed for each project.
Housing, plate, fastener, fitting, tube, tray, fixture and mixed-component requests where exact grade and condition, surface finish and treatment, free-iron or residue concern, cleaning-agent compatibility, corrosion context, contact surfaces, assembly condition, handling, packaging, and inspection requirements need review.
304 · 316/316L · 17-4PH · 303 examples
View materialHousing, bracket, plate, rail, fixture, cover, tray and mixed-component requests where alloy and temper, bare or finished surface state, conversion or anodize specification when applicable, pores and cavities, cleaning-agent compatibility, particle and residue sensitivity, protected surfaces, handling, packaging, and acceptance intent need review.
6061 · 7075 · 5052 · MIC-6 examples
View materialGuide, spacer, bushing, insulator, cover, housing, seal-support and mixed-material requests where exact polymer, grade, reinforcement and condition, machining residue, moisture and temperature context, cleaning compatibility, outgassing, shedding, electrostatic behavior, contact, handling, packaging, and inspection requirements need review.
UHMW · Acetal · Nylon · PTFE examples
View materialContact, conductor, heat-spreader, fitting, seal, insert and mixed-material requests where grade and condition, oxidation and surface state, plating or coating specification when applicable, cleaning compatibility, fingerprints and handling, galvanic and contact context, protective packaging, identification, and acceptance requirements need review.
C110 · C145 · C101 examples
View materialContinue exploring
Review the controlling product revision, BOM, component condition, interfaces, assembly sequence, fastener controls, test setup, acceptance criteria, identification, and record boundaries around a mechanical subassembly request.
Review deburring and cleaning state, finish sequence, masking and protected regions, installed hardware, handling, packaging, fit, labeling, acceptance, and handoff boundaries around a finished assembly request.
Review product and surface characteristics, datums, contamination or cleanliness methods, measurement and sample locations, operating condition, sampling, acceptance criteria, item mapping, and requested record fields.
Review small component geometry, sensitive features, burr and residue concerns, material and surface state, handling and protection, inspection, packaging, and downstream assembly requirements before manufacture.
Review the incoming surface, cleaning and preparation definition, coating or finish specification, masking, cure or post-process state, residue and compatibility concerns, protected surfaces, inspection, and packaging requirements.
Review application-specific product definition, sensitive surfaces and flow paths, contamination risks, material and consumable restrictions, assembly and handling instructions, packaging, acceptance, documentation, and eligibility before request acceptance.
FAQ
Upload an assembly-level STEP or STP model and matching PDF drawing, current BOM, assembly and component revisions, incoming and pre-cleaned condition, sensitive and no-touch surfaces, assembly sequence, customer-specified environment and contamination-control requirements, approved materials and consumables, cleaning and handling instructions, packaging specification, inspection or test method, acceptance criteria, identification and record requirements, quantity, and timing. If files are incomplete, the quote form also accepts a written project description, and Assembly can be selected in the optional process field.
Name the governing standard or customer specification and revision, requested class, as-built, at-rest or operational state, airborne-particle sizes and limits, local-zone or separative-device boundary, operating and occupancy conditions, monitoring parameters and locations, method, frequency and action limits, and response to an excursion. A class label without its state and boundary is incomplete.
No. An ISO air-cleanliness class addresses airborne-particle concentration within its stated scope. It does not by itself establish particle cleanliness on the product or a surface, chemical or molecular contamination, viable contamination, pyrogens, electrostatic controls, a sterile state, package integrity, or product acceptance. Define each required attribute, method, limit, condition, sampling and acceptance basis separately.
State each component’s incoming condition, approved cleaning agent and method, agent concentration or condition when specified, rinse, drying and verification steps, re-clean triggers, protected and no-touch surfaces, transfer and unbagging order, gowning and glove-change rules, handling tools, exposure and hold times, and event response. List approved and prohibited tools, fixtures, gloves, wipes, swabs, bags, lubricants and adhesives with the particle, chemical, viable, outgassing, shedding, electrostatic, compatibility, lot, expiry and substitution requirements that apply.
Define the required product state before packaging; inner and outer package materials; bagging or pouch sequence; closure or seal method; label location and allowed marking materials; opening, handling and storage boundaries; inspection or test method; sample and measurement locations; acceptance and rejection criteria; nonconformance response; validation status and owner when applicable; component, lot or serial mapping; and exact requested record fields and deliverables. A sterile state or package validation is not assumed from a clean assembly request. Inspection and documentation requirements can be reviewed during quoting. No certification or report package is implied until confirmed.
Requests are reviewed manually. The fulfillment route and availability are confirmed before acceptance.
Start with the files you have
Share the product definition, component condition, environment and contamination-control requirements, cleaning and handling instructions, approved materials and consumables, assembly sequence, packaging specification, inspection or test method, acceptance criteria, identification and record boundaries, quantity, and timing. Pearson will follow up on the details that still need confirmation.
Request an assembly quote
