TSA Exit Acceleration
An industrial exit needs the plant protected first.
Fixed-fee scope to sequence the exit around the ERP, plant cutovers, and supply chain continuity. Senior team on day one. The first conversation is always free.
An Industrial Manufacturing TSA exit is governed less by back office software than by the plant. Shop floor systems, the manufacturing ERP, and supply chain continuity dictate what can move, when, and in what sequence. Every move in it ties back to the broader TSA exit strategy a disciplined buyer runs.
In most industrial carve-outs the long pole is the ERP. A shared enterprise system runs orders, inventory, production planning, costing, and finance for the entire seller, and the carved-out business is woven into it. Untangling the Newco's data and processes cleanly, or standing up a new instance, is a multi month effort that cannot be compressed without putting production at risk.
The ERP is the gating item because almost everything else depends on it. Bills of material, routings, costing, open orders, and inventory positions all live there, and a migration that loses or corrupts that data does not produce a clean error. It produces wrong builds, missed shipments, and finance that cannot close. The buyer treats ERP separation as the spine of the exit plan.
The buyer-side discipline is to scope the ERP path the day the deal signs, not when the TSA exit approaches. The choice between carving out the existing instance and building a new one drives cost, risk, and timeline, and it cannot be made well in a hurry. Every other workstream sequences around the ERP cutover date, because that is the date the operation actually turns on.
The TSA often has to cover ERP and core application hosting longer than the buyer would prefer, because a clean separation takes time to do safely. That extended dependency makes the commercial terms of those services unusually important. The buyer negotiates them knowing the ERP timeline is the real constraint, not the calendar.
Shop floor systems touch live production: manufacturing execution, machine controls, quality systems, and plant maintenance. A TSA exit that interrupts one of these during a run does not create a ticket. It stops a line, scraps work in process, and misses a customer order. The exit sequence is built around the plant calendar, not the buyer's preferred date.
The buyer maps each plant against the systems and services the TSA covers, then schedules cutover into planned downtime. Many plants have maintenance windows, model changeovers, or seasonal lulls, and the right time to move a plant system is during a scheduled shutdown, not during a production push. That timing constraint often dictates the whole exit calendar more than any technical readiness date.
Operational technology deserves specific attention. The systems that control machines and the connections between the shop floor and the ERP are fragile and site specific. A migration that treats them like ordinary applications underestimates the validation each one needs. The buyer tests the shop floor to system connections in a live context before the seller's version is switched off.
Quality and traceability records matter because industrial customers often require them contractually. Migrating a quality system without preserving record integrity can put a customer approval or a certification at risk. The migration is validated against record completeness and audit readiness, not just whether the software runs after the move.
Industrial supply chains run on connections: EDI feeds with suppliers and customers, vendor portals, and supplier managed inventory arrangements. When the Newco separates from the seller, every one of those connections has to be rebuilt and tested under the new entity. A migration that moves the core systems but loses the integrations leaves the plant unable to receive material or confirm an order.
The buyer inventories every supplier and customer integration before the TSA clock matters. EDI connections in particular carry trading partner setup, mapping, and testing that take time per partner. A customer that cannot transact electronically with the Newco on Day One may hold orders, and a supplier that cannot receive releases may stop shipping material the plant needs.
Supplier contracts and approvals carry their own weight. Industrial procurement runs on approved suppliers, quality agreements, and negotiated terms, and these have to transfer to the Newco with the relationships intact. A procurement separation that loses the approved supplier linkage or the negotiated pricing forces requalification and renegotiation at the worst possible time.
The buyer-side move is to treat supply chain separation as an integration migration, not a contract reassignment. Each critical supplier and customer connection is rebuilt and tested ahead of cutover. The procurement and integration discipline that supports this sits alongside the broader TSA exit strategy the buyer runs.
Industrial businesses run on engineering and product data that lives in product lifecycle management and computer aided design systems. Drawings, specifications, revisions, and the linkage between engineering and the bill of material are the intellectual core of the operation. A separation that moves the ERP but leaves engineering data behind or breaks the linkage leaves the Newco unable to build correctly.
The buyer confirms that all engineering data, revision history, and the controlled change processes transfer cleanly to the Newco. Revision control is the trap. A migration that loses the current revision or mixes superseded drawings with active ones can put product quality at risk, and the error may not surface until a part is built wrong. The migration validates revision integrity, not just file transfer.
Intellectual property rights deserve attention where the seller retained shared technology. The buyer confirms that the Newco has the rights to the designs, specifications, and any licensed technology it needs to keep producing. A design the Newco cannot legally use is worse than a system it cannot run, and the diligence on this belongs in the carve-out planning, not the cutover.
Maintenance and asset records round this out. Plant maintenance histories, calibration records, and asset registers support both operations and compliance. The Newco needs these intact to keep equipment running and to satisfy auditors. The buyer treats engineering and maintenance data as a named migration workstream, not a folder copy at the end of the project.
The industrial exit sequence respects that this is a physical, asset heavy business. The ERP separation and the plant cutovers are the spine, and everything else fits around them. The buyer who leads with back office convenience and treats the plant as a workstream will scrap product and miss orders. Production reality sets the order of operations.
Practically, the critical path runs through the ERP separation decision and build, then site by site plant cutover timed around production and maintenance windows, with supply chain integrations rebuilt in parallel. Pure back office separation, the easiest part, sequences last because it carries the least operational risk if it slips.
The governance has to include plant and operations leadership, not just IT and finance. Decisions about cutover timing on a producing line are operational, not technical. A governance structure that excludes the plant will commit to dates the operation cannot keep. The exit plan is socialized with plant management early, and the service catalog reflects what the sites actually depend on.
Industrial carve-outs reward buyers who respect the physical constraints and punish those who treat them as friction. The ERP takes the time it takes to separate safely. The plants move on their own calendars. The supply chain cannot lose its connections. A buyer who plans the exit around those truths lands it. A buyer who plans around an idealized timeline pays the difference in scrap, missed orders, and extension fees.
Plant operations and the ERP set the constraints. Shop floor systems, the manufacturing ERP, and supply chain continuity all gate the exit. A cutover that interrupts a production system or breaks a supplier feed stops a line and misses customer orders, which is an operational and revenue problem, not just an IT inconvenience.
A shared ERP runs orders, inventory, production, and finance for the whole seller. Carving the Newco's data and processes out cleanly, or standing up a new instance, is a multi month effort that has to preserve order history, bills of material, and costing. The ERP timeline usually sets the whole exit calendar.
Production systems cannot be switched during a run. Cutover is scheduled into planned downtime, maintenance windows, or shutdowns, and validated before the seller's version is switched off. The plant calendar, not the buyer's preferred date, usually dictates when each site can move.
Supplier and customer connections, including EDI feeds and vendor portals, have to be rebuilt and tested for the Newco. A migration that moves the core systems but loses the integrations leaves the plant unable to receive material or confirm orders. Supply chain continuity is a named workstream, not an assumption.
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Fixed-fee scope to sequence the exit around the ERP, plant cutovers, and supply chain continuity. Senior team on day one. The first conversation is always free.
Seven buyer-side moves to exit a Transition Services Agreement on time and below budget. The mark-up, the extension-fee curve, exit sequencing, and the 11-month calendar.
A representative $200M-revenue manufacturing carve-out runs a Transition Services Agreement across nine functions while three plants keep shipping. The moves below cut the exit from an 18-month drift to an 11-month managed exit and remove $3.0M of mark-up and stranded cost — without stopping a single production line.
One tactic, one benchmark, or one pattern from a recent buyer-side engagement. Short. Signal heavy. Free.
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