Switching from Zapier to Make: The Real Savings and The Real Pain

Why People Leave Zapier

The number one reason is price at scale. Zapier's cost model punishes multi-step workflows because every action in a Zap counts as a separate task. A 5-step Zap triggered 200 times a month burns 1,000 tasks on a single automation. That math compounds fast.

Here is what Zapier actually costs at different task volumes, using their current published pricing (monthly billing):

Prices from Zapier's published pricing page as of March 2026. Task add-on packs vary by plan.

The second reason is workflow complexity. Zapier's builder is linear: trigger, then action, then action. You can add Paths for branching, but it feels bolted on. If you need a workflow that splits into three branches, aggregates data from multiple sources, and loops through arrays, Zapier requires workarounds or multiple connected Zaps.

The third reason is the premium app tax. Some of Zapier's most-used integrations (Salesforce, Shopify, etc.) require the Team plan at minimum. You might be on the Professional plan thinking you have access to everything, then discover a critical connector needs a $103.50/month upgrade.

What Make Costs Instead

Make counts “operations” similarly to how Zapier counts tasks — each module that processes data is one operation. The difference is the price per operation is dramatically lower.

Make pricing from make.com as of March 2026. Core plan starts at 10,000 ops/mo; additional ops can be purchased in packs.

What Transfers (and What Doesn't)

Nothing auto-migrates. There is no import tool, no migration wizard, no way to export a Zap and load it into Make. You rebuild every workflow from scratch.

The concepts transfer cleanly. Zapier's triggers become Make's “Watch” modules. Zapier's actions become Make's action modules. Zapier's Filters become Make's Filters. Zapier's Paths become Make's Routers. The mental model is similar; the interface is different.

What does not transfer: your execution history, error logs, task counts, team permissions, and any Zapier Tables or Interfaces you built. If you used Zapier's built-in data storage or form features, you need replacement tools in Make (Data Stores cover some of this).

Rebuilding the 10 Most Common Zaps in Make

These are the workflows most Zapier users have running. Here is what rebuilding each one in Make looks like, with realistic effort estimates.

Effort estimates assume familiarity with Make's interface. First-time users should add 30–50% for the learning curve.

What Make Does Better Than Zapier

• •Visual branching with Routers. Make's Router module lets you split a workflow into unlimited branches with filter conditions on each path. Zapier Paths does this too, but the visual canvas makes complex branching far easier to understand and debug.
• •Array and data handling. Make's Iterator and Aggregator modules handle batch operations natively. Processing 50 line items from an order, transforming each one, and bundling the results is a first-class operation. In Zapier, this requires Looping (a relatively new feature) or Formatter workarounds.
• •Error handling routes. You can attach error handlers to any module in Make. If a step fails, you can route to a Slack notification, retry logic, or a fallback action. Zapier retries automatically but gives you less control over what happens after failure.
• •Data Stores. Make has built-in key-value stores you can read and write to from any scenario. Useful for deduplication, caching API responses, or maintaining state between runs. Zapier's Tables feature overlaps here, but Data Stores are more flexible for automation logic.
• •Execution scheduling. Make lets you set scenarios to run at specific intervals (every 15 minutes, every hour, at specific times). Zapier's polling interval depends on your plan — 15 minutes on Professional, 1 minute on Team.

What Make Does Worse Than Zapier

• •Fewer native integrations. Make has ~1,800 apps. Zapier has 7,000+. If you rely on niche or industry-specific SaaS tools, check Make's app directory before committing. You can use HTTP modules for unsupported apps, but that requires API knowledge.
• •Steeper learning curve. Make's canvas-based builder is powerful but initially confusing. Data mapping uses a panel system that takes time to learn. New users consistently report spending 2–4 hours before feeling comfortable building scenarios.
• •Documentation gaps. Zapier's help docs are excellent. Make's documentation is adequate for common use cases but thin on edge cases. You will end up in community forums for advanced scenarios.
• •Team collaboration. Zapier's team features (shared Zaps, folders, permissions) are more mature. Make's Teams plan ($34.12/month) adds team features, but the collaboration experience is not as polished.

When Staying on Zapier Is Actually Cheaper

Migration has costs. Your time rebuilding workflows, the learning curve, and the risk of breaking active automations during transition. For some users, those costs outweigh the savings.

• •Under 750 tasks/month with simple Zaps. Zapier Professional at $29.99/month vs Make Core at $10.59/month. The $20/month savings is real, but if you have 15+ Zaps to rebuild, the migration time costs more than a year of the price difference.
• •Zapier-exclusive integrations. If three of your critical tools only have Zapier connectors, building HTTP/API workarounds in Make takes hours per integration and requires ongoing maintenance when APIs change.
• •Non-technical team needs to edit workflows. If your operations manager or marketing lead regularly modifies Zaps, Make's canvas builder will generate support requests. The labor cost of helping them may exceed the subscription savings.
• •You are on Zapier annual billing. Zapier does not prorate refunds on annual plans. If you paid upfront, ride out the term while rebuilding in Make on their free tier, then switch at renewal.

The Migration Playbook

Do not migrate everything at once. A phased approach minimizes risk and lets you learn Make's quirks before rebuilding your most critical workflows.

• 1.Audit your Zaps. Export your Zap list. Note which are active, their step count, monthly task consumption, and whether the apps they use exist in Make. Prioritize high-volume Zaps for migration first — they produce the biggest savings.
• 2.Start with Make's free tier. Rebuild your top 2–3 highest-volume Zaps in Make. Run them in parallel with Zapier for two weeks. Compare output, error rates, and execution speed.
• 3.Migrate in batches of 3–5 workflows. Turn off each Zap only after the Make scenario has been running error-free for at least a week. Keep Zapier active as a fallback.
• 4.Downgrade or cancel Zapier last. Only cancel your Zapier plan after every workflow has been running in Make for a full billing cycle. Downgrade to Zapier Free to keep low-volume or niche-integration Zaps alive.

Common Mistakes

• 1.Migrating all Zaps in a single weekend. You will miss edge cases. Automations that run weekly or monthly may not get tested in a single sprint. Spread the migration over 3–4 weeks.
• 2.Not checking Make's app directory first. The most common failure: rebuilding 80% of your Zaps in Make, then discovering one critical tool lacks a Make integration. Always verify app support before starting.
• 3.Forgetting to set up error notifications. Zapier emails you when Zaps fail. Make does not notify by default. Configure email or Slack notifications for scenario errors on day one.
• 4.Ignoring Make's execution model. Make scenarios run on a polling schedule (15 min default on free, configurable on paid plans). If you need instant execution, you need webhook-triggered scenarios, not scheduled ones.
• 5.Replicating Zapier patterns instead of using Make's strengths. A 3-Zap chain in Zapier (because Zapier lacks good branching) should become a single Make scenario with a Router. Rebuild the logic, not the structure.