AUTOMATION TOOLS · MIGRATION GUIDE

Switching from Make to Zapier

Switching from Make to Zapier is also a fully manual rebuild, most often chosen for Zapier’s larger app library, simpler interface, or to standardize on the more widely-known automation tool across a company.

Quick verdict: Makes sense for teams that value Zapier’s broader app coverage and simpler onboarding for non-technical staff, but budget real time to rebuild every scenario since nothing transfers automatically.

Why teams switch from Make to Zapier

Larger native app library

Zapier supports more pre-built app integrations out of the box, which matters if your stack includes newer or more niche SaaS tools.

Simpler learning curve for non-technical teams

Zapier’s linear “trigger then action” model is generally easier for less technical staff to build and maintain than Make’s visual canvas.

Standardizing automation ownership company-wide

Many companies pick Zapier as the default automation tool because more employees already have some familiarity with it, reducing training overhead.

Switching Cost & Friction Estimator

Estimate the real hidden cost of moving from Make to Zapier — not just the subscription price.

Estimated migration time
Data friction rating
Total hidden switching cost
Data mapping & cleaning labor
Migration / cleaning tooling fees
Team retraining overhead
Switching friction buffer (10%)
Assumes a blended $45/hr internal labor rate with no native importer available, so sequences/records are rebuilt largely by hand. Adjust the sliders to match your team.

How to migrate your data

Same manual-rebuild reality applies in this direction — there’s no export/import bridge between the two platforms.

StepWhat happens
1. Audit existing automationsList every Make zap/scenario along with its trigger, actions, and any filters or conditional logic, since there’s no export file that Zapier can read.
2. Prioritize by business impactRank automations by how critical they are so revenue- or ops-critical workflows get rebuilt and tested first, not last.
3. Rebuild triggers and actions manuallyRecreate each automation step-by-step inside Zapier, since Make and Zapier use incompatible internal formats with zero native import/export between them.
4. Reconnect app credentialsRe-authenticate every connected app (CRM, email, spreadsheet, etc.) inside Zapier, as OAuth tokens and API keys don’t carry over from Make.
5. Test each automation in parallelRun the rebuilt Zapier automation alongside the original Make one on real data until outputs match before relying on it.
6. Retire the old automationTurn off or archive the Make version only after the Zapier rebuild has run cleanly for at least one full business cycle.
What Zapier’s importer doesn’t handle: There is no native interchange format between Zapier and Make — no import file, no official conversion tool. Every trigger, action, filter, and error handler has to be read from the old automation and rebuilt by hand in the new one.

Pricing during the transition

Here’s how Make and Zapier plans stack up as of late 2026, from free tier to the mid-market plan most switching teams land on.

PlanMakeZapier
Free planFree: $0 — 1,000 operations/month, 2 active scenariosFree: $0 — 100 tasks/month, single-step Zaps
Entry paid tierCore: $12/month billed annually ($16 monthly) for 10,000 credits, unlimited active scenariosProfessional: starting around $20/month depending on task tier, multi-step Zaps
Mid tierPro: $21/month billed annually ($28 monthly) for 10,000 credits, priority execution and custom variablesTeam: starting around $69/month, shared workflows for up to 25 users

Zapier’s task-based pricing can rise quickly for multi-step automations that run often, so recalculate your expected monthly task volume before choosing a plan.

Feature-parity checklist

Zapier trades some of Make’s visual flexibility for simplicity and a larger app catalog.

FeatureMakeZapier equivalent
Visual workflow builderVisual canvas with branching and routersLinear, step-by-step Zap editor
App/connector library sizeLarge but somewhat smaller than Zapier’sLargest app library in the category
Error handling & retry logicPer-module error handlers and custom retry logicBasic auto-replay on failures
Pricing modelPer-operation pricing, often cheaper for complex flowsPer-task pricing, can get expensive at scale
Built-in AI/agent toolsAI modules and custom functions on paid plansAI fields and Zapier Agents on paid plans

Frequently Asked Questions

Can we export our Make scenarios as a blueprint and import them into Zapier?

Make does let you export a scenario as a JSON “blueprint,” but Zapier has no importer for that format, so it’s only useful as documentation while you rebuild manually.

Will our scheduled scenario timing carry over exactly?

No, you’ll need to manually reset schedules and intervals in Zapier since scheduling configuration isn’t portable between the two platforms.

Is Zapier’s task-based pricing more expensive for what we run today?

It can be, especially for automations with several steps per execution — model your typical run volume against Zapier’s task-based tiers before switching.

What’s the riskiest type of scenario to rebuild?

Scenarios with complex router/branching logic in Make are the hardest to replicate exactly in Zapier’s more linear Zap structure, so test edge cases carefully.

Should we run both tools during the transition?

Yes — keep the Make scenario live until its Zapier replacement has been validated against real data for at least a few full cycles.