Buyer input
Application summary, drawings or envelope, operating points, constraints, failure concerns, quantity, and timing.
Engineering & Supply: from requirement to repeatable delivery
A custom project progresses through five controlled stages: define the application, compare architectures, qualify the responsible production route, validate representative samples, and confirm the repeat-supply boundary. Facility, process, evidence, timing, quantity, and commercial commitments remain project-specific.
Confirm for your project
A consistent workflow; a qualified route for each project
Magatom provides the buyer interface, requirement record, and cross-party coordination. It does not convert an early category match into an unverified factory, process, certification, equipment, capacity, minimum-order, performance, or lead-time promise.
Each project identifies the responsible supply route, approved revision, validation conditions, records, packaging, change authority, and commercial commitments before controlled release.
Five project stages
Inputs and outputs at every gate
- Stage 1
Define the application
Translate the equipment need into measurable field, force, motion, interface, environment, duty, and life requirements.
Review output
A requirement summary with assumptions, missing inputs, contradictions, and critical-to-quality items.
- Stage 2
Compare feasible architectures
Evaluate architecture, material, geometry, winding, drive, retention, transmission, protection, and sourcing directions against the requirement.
Buyer input
Fixed interfaces, flexible choices, target priorities, incumbent reference if available, and unacceptable trade-offs.
Review output
Available directions, trade-offs, evidence gaps, project risks, and questions requiring confirmation.
- Stage 3
Qualify the responsible route
Match the requirement to a specialist production route, then review process assumptions, inspection access, documentation, capacity, and supply risk.
Buyer input
Required processes, compliance or documentation needs, volume range, timing, destination, quality expectations, and approved-source constraints.
Review output
A proposed responsible route with open capability evidence, feasibility questions, DFM items, and project-specific confirmation needs.
- Stage 4
Validate representative samples
Agree how a prototype or candidate will be measured under defined application conditions before treating performance as established.
Buyer input
Acceptance thresholds, test conditions, sample plan, fixtures, measurement method, documentation, and system responsibility.
Review output
A staged validation plan with revision identity, conditions, results, deviations, and an acceptance decision.
- Stage 5
Confirm controlled repeat supply
Freeze the approved revision, critical interfaces, acceptance records, change process, packaging, and commercial assumptions.
Buyer input
Approved drawing/specification, forecast or order quantity, destination, packaging needs, quality records, and change authority.
Review output
A project-specific release and repeat-supply boundary with approved evidence, responsibilities, change rules, and commercial commitments.
Responsibility matrix
Know who controls what before release
Magatom owns
The customer-facing definition and project record.
- Buyer interface and requirement capture
- Project record, assumptions, and revision baseline
- Communication and commercial handoff
Magatom coordinates
The cross-party work needed to turn a requirement into a controlled route.
- Architecture comparison and supplier-route matching
- Sample, inspection, and application-test planning
- Documentation, packaging, delivery, and change coordination
Confirmed per project
The manufacturing and commercial commitments supported by the selected route.
- Responsible facility, exact process, tooling, and certificate scope
- Capacity, minimum order quantity, and lead time
- Performance, price, trade terms, and repeat-supply commitment
Review topics
- Requirement closure and critical-to-quality definition
- Material, geometry, process, tolerance, and inspection assumptions
- Prototype stages and application-representative validation
- Revision identity, packaging, records, and change control
- Nonconformance handling and the authorized path for revisions
Commercial and supply boundaries
- Responsible manufacturer, supplier route, and facility
- Tooling, processes, equipment, capacity, MOQ, and certification
- Performance, reliability, inspection, and documentation commitments
- Price, trade terms, packaging, lead time, and delivery commitment
Open a custom project with the requirement and unknowns visible
Send the current drawing or envelope, function, critical outputs, interfaces, operating conditions, required records, quantity, target timing, and destination. Identify what is fixed and what may change.
An initial review identifies missing inputs and next steps. It does not by itself confirm feasibility, performance, price, or delivery timing.