Parts are not the product — the assembly is. The hardest part of building a multi-component product is rarely any single part; it is the coordination: five vendors, five schedules, five sets of tolerances that must all agree, and nobody accountable for the whole. That coordination is precisely what KALIV sells. We manage the components across the network, hold the complete drawing package so mating parts are checked against each other and not just their own prints, place the assembly work with the right partner, and stand behind the finished unit. The scope runs from pressing bushings into a bracket to complete multi-component units built against a documented procedure, with purchased hardware sourced, lots tracked and every finished assembly verified against its acceptance checklist before it ships.
- One accountable partner for the whole finished unit
- Components coordinated across processes and partners
- Kitting, hardware and sub-assemblies managed end to end
- Finished units verified against acceptance criteria before shipping
What managed assembly covers
Assembly here means taking the components of a product — the parts made across the KALIV network, plus purchased hardware like fasteners, bearings, inserts, seals and springs — and having them built into the unit your customer or your line actually uses. That ranges from simple mechanical builds, a bracket with pressed bushings and installed hardware, up through multi-part sub-assemblies and complete enclosures with covers fitted and fastened. The common thread is that you order a working whole and receive a working whole — one item, one part number, one accountable company — instead of a bag of components and a coordination problem.
Why one point of contact beats a vendor chain
Split a product across a machine shop, a fabricator, a print bureau and an assembly house — with you holding the map — and every interface becomes a place for delay and blame. Parts wait on freight between steps. A bore that runs snug meets a pin that runs proud, and the mismatch is found by the fourth vendor, who made neither part and answers for nothing. Under KALIV’s management the map is ours to hold: schedules are sequenced, tolerance stacks are checked across the whole drawing package before parts are made, and when something does not fit, one company owns the fix instead of four companies owning an argument.
How an assembly job is scoped
An assembly quote starts from the bill of materials: which components are being made, which are purchased, and who supplies what. Then the build itself — the sequence of operations, the fits that need pressing or heating, the fasteners and their torque needs, any adhesives or thread lockers, and what "done" looks like for a unit. From that, an assembly procedure is established, so the tenth unit is built the same way as the first regardless of whose hands do it. If you have an existing procedure, it is followed; if you do not, writing one is part of standing the job up, and you get a copy — it is your product’s documentation.
Fits, checks and units that work
Good assembly is mostly good verification, and KALIV builds it into the job rather than hoping for it. Press fits are checked before pressing, moving parts are cycled after installation, fastened joints get the right hardware to the right torque, and each finished unit is confirmed against its checklist before packing — the things that must move, move; the things that must not, do not. Because the component drawings and the assembly requirements live in one managed package, verification reaches upstream: a recurring tight spot is fixed at the component drawing, not filed off at the bench, so the parts arrive right in the first place.
Functional checks before the box closes
The last step of a build is proving the unit works, at whatever level the product needs. For mechanical assemblies that means motion checked through its full travel, engagement verified, fasteners confirmed, and the checklist signed for that serial or lot. Where a unit has electrical or pneumatic function, agreed functional checks run before packing — continuity, actuation, leak-down, whatever the acceptance criteria specify. The criteria themselves are established with you when the job is stood up, so "working" is a defined, testable statement rather than an opinion. Units that fail a check do not ship; they get dispositioned and the cause gets fixed at its source.
Kitting, packaging and delivery
The output is whatever your operation needs it to be. Complete units, verified and packed individually. Kits — one of everything a field technician needs, bagged and labeled per unit. Sub-assemblies delivered to your line in trays, oriented and protected, ready to drop into your own final build. Custom tray inserts and protective packaging are part of the service where parts need protecting in transit — often 3D printed, which keeps them cheap and revisable. Labeling, lot marking and paperwork follow your requirements, so what arrives at your dock enters your system without a translation step.
Revisions without chaos
Products change — a component gets improved, a supplier part is substituted, a fix from the field gets designed in. Assembly is where those changes either land cleanly or cause chaos, so revision discipline is part of the service: builds happen against a stated revision of the BOM and drawings, changes take effect at agreed lot boundaries, and units are marked so anyone can tell which configuration they hold. When a change arrives mid-stream, the options — finish the lot on the old revision, cut over immediately, rework stock — are laid out with costs before anything is committed. At any moment, you know exactly what has shipped and what it contains.
Standing up an assembly program
The first build of a new assembly is a project; every build after it should be routine. Standing the job up means gathering the BOM and drawings, sourcing the purchased components, sequencing the component manufacturing across the network, and having the first unit built deliberately while the sequence, fits, torques and checks are written down into the procedure the job runs on afterward. First units take the longest and teach the most — the missing dimension, the awkward step, the fastener that wants a different length. Each finding feeds back into the drawings and the procedure, so by the time quantities ramp, the build is documented, repeatable and independent of anyone’s memory.
What drives assembly cost
Assembly pricing follows labor and parts. Build time per unit is the core — driven by component count, the delicacy of the fits and the verification each unit needs. Purchased hardware adds its cost and the sourcing effort. Fixtures amortize like any setup: a one-time cost that makes every subsequent unit faster and more consistent, so quantity pulls per-unit price down. Coordination is the part you stop paying for in your own time: the scheduling, expediting and cross-vendor problem-solving land on KALIV. The most useful thing to share when requesting a quote is the full picture — BOM, drawings, quantity and cadence — because a whole product quoted together is always sharper than fragments quoted apart. If some pieces already exist — a bracket from an earlier order, boards from your own supplier — say so up front: folding customer-supplied parts into the plan is routine, and it keeps you from paying twice for work already done.
Common Questions on Assembly
Who actually makes my parts?
Vetted partner shops in the KALIV network, each chosen for the specific job — a volume-turning specialist for screw machine work, a fabrication shop for weldments, and so on. KALIV quotes the work, places it, manages it and stands behind the result. You get one point of contact and one accountable company; we handle the sourcing and coordination.
Why not go directly to a machine shop?
For a single simple part, you can. The value shows up when a job spans processes — machined parts, fabricated frames, printed housings, assembly — or when you would otherwise be auditioning shops you cannot easily evaluate. No single shop is best at everything; a managed network places each piece where it fits, and you carry one purchase order instead of five vendor relationships.
How is quality controlled across different shops?
Requirements travel with the job: drawings go out with critical dimensions flagged, first articles are approved before production continues, and inspection results come back with the parts. Recurring orders re-run a proven recipe at a shop that has already demonstrated it. If something arrives wrong, KALIV owns the fix — that is what one accountable partner means.