Assembly and testing services
An assembly request is not complete when it lists only the parts. Share the approved assembly revision, component and hardware identities, BOM quantities and sources, orientation and sequence, datum and mating-interface relationships, fits and allowable adjustment, fastener condition and retention method, torque or other installation requirements, test setup and operating condition, acceptance criteria, item-identification and record boundaries, quantity, and timing so the request can be organized and a project path confirmed before acceptance.
Capability review
This page describes common request types. Available processes, equipment, tolerances, inspection, documentation, and fulfillment are confirmed for each quote.
Overview
Mechanical assembly joins identified components through mating interfaces in a defined sequence. A requirement may be checked by inspection, demonstration, test, or analysis, but those methods and their evidence are not interchangeable. A BOM alone does not define orientation, datum structure, fits, fastener condition, lubrication or locking method, tightening sequence, permitted adjustment, handling, or protected surfaces. A test note alone does not establish product revision, setup, input conditions, instrumentation, measurement points, acceptance limits, or which records are deliverables. The request should tie every component, interface, assembly instruction, test point, and acceptance requirement to the controlling revision without assuming an assembly method, accepted result, record package, traceability chain, fulfillment route, or availability before quoting.
Identify the assembly number and revision, each BOM item and quantity, component revision or approved alternate, purchased or customer-supplied status, material and finish condition, orientation, and any item-identification requirement.
Define mating faces and axes, datums, locating features, fits and stack relationships, assembly order, access, allowed adjustment, fastener and insert identities, retention method, torque condition, and protected features.
State the requirement being checked, method, setup, input and environmental condition, mating or enabling items, measurement point, acceptance criterion, sampling, nonconformance instruction, item mapping, 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 controlling product revision, component and interface scope, build instructions, test definition, and acceptance basis.
Interactive request review
Select a review point on the fixed subassembly image to see how component identity and sequence, fasteners and mating interfaces, and a functional test definition connect to configuration, acceptance, and record scope.
Linear-stage assembly in one fixed review view
The component relationship, fastener and locating pattern, rail interface, and indicator context remain visible together while the request details change.
Illustrative example only; markers identify request-review areas, not original dimensions, supplied condition, achieved torque or fit, motion result, acceptance, test outcome, instrument status, documentation, process route, or capability.
Assembly and testing review
Select a review feature to see the details that help clarify the request.
Connect each component and hardware item to the controlling BOM line, revision, quantity and source, then define orientation, preparation, order of assembly, intermediate checks, permitted adjustment, and protected surfaces.
Helpful assembly detail
Connect every BOM item to the model or drawing, then show its orientation, quantity, supplied condition, and place in the assembly sequence.
Capabilities
These examples help organize the starting point. Process fit, equipment and tool fit, achievable assembly and test requirements, input availability, inspection scope, requested records, fulfillment, and timing are confirmed from the project files.
Mechanical-subassembly requests reviewed from the assembly and component revisions, complete BOM and quantities, approved alternates, material and finish condition, supplied-item status, orientation, sequence, access, handling, protected surfaces, item identification, and missing-component rules.
Interface requests reviewed from the functional datums and axes, locating scheme, face and hole relationships, pin and bushing engagement, clearance or interference intent, stack relationships, allowable adjustment, motion and travel definition, end conditions, mating parts, support, and acceptance method.
Hardware requests reviewed from exact part and thread identity, material and finish, washer or spacer stack, insert and installation direction, lubrication or adhesive condition, locking or retention method, torque value and unit, tightening order, access, reuse limits, visual-check intent, and record requirement.
Test requests reviewed from the requirement source, product configuration, method, setup, fixture and mating items, inputs and operating condition, measurement points, acceptance and rejection criteria, coverage, item mapping, nonconformance instruction, requested records, quantity, and timing.
Quote workflow
A short, human-managed review keeps configuration, components, interfaces, build controls, test conditions, acceptance, requested records, and open questions visible before work is accepted.
Upload the assembly model and drawing, BOM, component and hardware revisions, assembly instructions, interface and fit requirements, torque and retention details, test definition, acceptance criteria, item-identification needs, quantity, and target timing.
Configuration, component availability and source, BOM completeness, datums and interfaces, sequence and access, fits and stack relationships, fastener condition, torque and retention, test setup and inputs, acceptance criteria, and record boundaries are organized for follow-up.
Process fit, equipment and tool fit, achievable assembly and test requirements, supplied and enabling items, inspection method and scope, requested record fields, fulfillment, timing, and remaining questions are resolved before acceptance.
The approved assembly revision, BOM, component and hardware identities, interface and sequence instructions, fastener controls, test procedure, acceptance criteria, item mapping, record boundary, handling notes, and authorized changes become the reference point for project communication.
Request readiness
Clear configuration, interface, fastener, test, acceptance, and record intent is more useful than assuming a method, result, or evidence package.
Identify the controlling assembly number and revision, every BOM item and quantity, component revisions, approved alternates, purchased or customer-supplied status, material and finish condition, change notes, and the rule for substitutions or missing items.
Show locating faces, axes, pins, bushings, pilots, shoulders, holes, slots, guides and stops; state fit, alignment, clearance or interference, stack, motion, travel, allowed adjustment, contact, support, and protected-surface intent.
Provide exact fastener, insert, pin, clip, washer, spacer and bushing identities; thread, material and finish; quantity and location; installation depth and orientation; access and clearance; reuse restrictions; and customer-supplied context.
State the torque value and unit, angle or preload requirement when specified, lubrication or dry condition, adhesive or locking method, tightening sequence, tool-access constraints, relaxation or retorque instruction when defined, witness-mark intent, and required record fields.
Connect each requirement identifier to its inspection, demonstration, test or analysis method; define setup, fixture, mating items, inputs, operating and environmental condition, measurement point, duration or cycles when specified, acceptance and rejection criteria, sampling, and response to a failed check.
State whether component, lot or serial identity must map to an assembly or result; identify customer-supplied items and changes; distinguish temporary working notes from requested deliverables; define required fields, approvals, file format, retention expectation, release condition, and handling or packaging notes.
Materials
Material identity is one layer of the request. Exact grade and condition, finish, interface, hardware, fit, handling, test, inspection, and availability requirements are confirmed for each project.
Housing, bracket, plate, rail, carriage, spacer, fixture, cover and mixed-component requests where alloy and temper, finish condition, thread and insert details, datum and interface geometry, fit, fastener stack, surface protection, handling, test condition, and acceptance intent need review.
6061-T6 · 7075-T6 · MIC-6 examples
View materialHousing, bracket, shaft, plate, fastener, pin, bushing, fitting and mixed-component requests where exact grade and condition, finish, thread or press-fit features, mating-material context, orientation, retention, torque condition, cleaning, handling, and inspection requirements belong in the review.
303 · 304 · 316/316L examples
View materialBushing, insert, fitting, contact, sleeve, spacer, guide and mixed-material interface requests where alloy, form, thread or fit, orientation, insertion depth, mating material, retention, torque sensitivity, surface condition, handling, and acceptance requirements need review.
C360 · C464 · C260 examples
View materialGuide, spacer, bushing, insulator, cover, housing, wear detail and mixed-material requests where exact polymer and condition, reinforcement, moisture or temperature context when specified, insert and fastener details, fit, support, compression or torque sensitivity, handling, and test intent need review.
Acetal · UHMW · Nylon · PTFE examples
View materialContinue exploring
Review deburring, cleaning, masking, coating or finish sequence, installed hardware, fit, labeling, preservation, packaging, and final acceptance requirements around an assembled part.
Review characteristics, datums, methods, instruments or gauges, measurement condition, sampling, acceptance criteria, item mapping, and requested documentation as part of the project definition.
Review component geometry, materials, datums, fits, interfaces, threads, stock, surface, inspection, and downstream assembly requirements before part manufacture.
Review joint definition, component orientation, fit-up, datum transfer, distortion context, post-weld machining, inspection, and assembly sequence for fabricated requests.
Review site interfaces, access, supports, anchors, alignment, utilities, handoff boundaries, commissioning inputs, acceptance criteria, and field-change controls for installation requests.
See common housing, bracket, guide, carriage, fixture, guard, actuator, tooling, repair, replacement, assembly, interface, and test-definition request contexts for machinery and equipment.
FAQ
Upload an assembly-level STEP or STP model and matching PDF drawing, exploded view when available, current BOM, assembly and component revisions, approved alternates, hardware identities, interface and fit requirements, assembly sequence, torque and retention details, test definition, acceptance criteria, item-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.
Identify the controlling assembly number and revision, each component and hardware part number, revision and quantity, approved alternates, purchased or customer-supplied status, material and finish condition, orientation, item identifiers, and change notes. The BOM, model, drawing, assembly instructions, and test definition should describe the same configuration.
State the exact fastener, insert, washer, spacer, pin or clip identity; thread, material and finish; lubrication or adhesive condition; locking or retention method; torque value and unit, angle or preload requirement when specified; tightening sequence; installation depth and orientation; access, reuse and visual-check rules; and any requested record fields. Do not rely on a generic tighten note for a controlled joint.
Show the functional datums and axes, locating faces, pins, bushings, pilots, shoulders, holes, slots, guides and stops. State clearance, transition, interference, press or slip fit intent, stack relationships, alignment, allowable adjustment, travel and end conditions, mating items, support, measurement condition, and acceptance method.
Connect each requirement identifier and source revision to an inspection, demonstration, test or analysis method. Define the product configuration, setup, fixture and mating items, input and environmental condition, measurement points, duration or cycles when specified, acceptance and rejection criteria, sampling and nonconformance instruction. Then state any part, lot or serial mapping and distinguish required deliverables from temporary working notes. Achievable test and inspection scope and requested records are confirmed during quote review.
Requests are reviewed manually. The fulfillment route and availability are confirmed before acceptance.
Start with the files you have
Share the assembly model and drawing, BOM, component and hardware revisions, interface and fit definition, sequence, torque and retention requirements, test setup and conditions, acceptance criteria, identification and record boundaries, quantity, and timing. Pearson will follow up on the details that still need confirmation.
Request an assembly quote
