10 Standard Operating Procedure Templates for Labs

A scientist follows a cell culture procedure while the timer runs, a reagent lot differs from the one named in the protocol, and the sample develops an unexpected visual change. The work continues, but the record must capture when the deviation occurred, what decision was made, which materials were used, and what happened, not merely confirm that the written steps existed.

The right standard operating procedure template therefore depends on more than headings and formatting. A useful template must fit the procedure's complexity, make responsibilities and approvals visible, handle exceptions, support revision control, and connect the planned workflow with a contemporaneous experimental record. In regulated research, SOPs function as formal control documents, with fields for purpose, scope, responsibilities, procedures, references, and version history rather than casual instructions (FDA SOP guidance).

The comparison below considers template depth, collaboration, visual clarity, regulated-lab suitability, customization effort, and practical fit for voice, typed-note, timer, and image-based capture. Teams building procedures for multiple departments can also compare this list with guidance on SOP templates for B2B teams.

Table of Contents

• 1. Process Street
• 2. Smartsheet
  • Best fit for fast drafting
• 3. ClickUp
  • Drafting versus execution
• 4. Notion
• 5. Lucid
  • Where visual logic helps
• 6. Miro
  • Strong for discovery, weak for final control
• 7. MasterControl
  • Suitable for controlled document planning
• 8. ISPE
  • Best for quality-system alignment
• 9. Docsie
  • Useful for multimedia-informed drafting
• 10. OpsPlate
  • Good for a blank-page problem
• Top 10 SOP Template Tools Comparison
• Turn the Template Into a Recordable Workflow

1. Process Street

Process Street's SOP template library suits teams that want a document structure and an executable runbook in the same environment. Its library includes reusable SOP examples, including master and conditional procedure formats, while the platform turns those procedures into interactive checklists with assignments, approvals, due dates, and run-specific fields.

That distinction matters in a lab. A downloadable SOP can explain how to prepare a buffer, inspect a plate, or document a deviation, but an interactive checklist can also prompt the assigned operator to complete each stage and route a review. Conditional logic is useful when the next action depends on an acceptance result, instrument status, or safety condition.

Practical rule: A checklist can control progression, but it still needs a clear place for observations, exceptions, and scientific judgment.

Process Street's lab-oriented examples and ISO-aligned structures provide a stronger starting point than a blank document for teams drafting recurring operational procedures. The trade-off is portability. Exporting the procedure to a static file removes much of the interactive behavior, and advanced capabilities require a paid plan.

The platform works best for labs that need execution tracking and accountability around a procedure, not just a clean SOP file. It doesn't replace an official ELN, and operators still need a contemporaneous record for observations that don't fit neatly into checklist fields. Teams comparing execution platforms with dedicated capture tools can also review this guide to a standard operating procedure app.

2. Smartsheet

Smartsheet's SOP resources suit teams that need editable files without adopting a documentation platform. The collection includes Word, PDF, and Google Docs formats, plus simple, detailed, and hierarchical structures that can be adapted to laboratory work.

For a wet-lab procedure, the familiar document format makes drafting direct. A template can define purpose, scope, responsibilities, materials, numbered steps, acceptance criteria, safety notes, references, and revision history. A separate work instruction can hold visual guidance or finer procedural detail when the main SOP would become difficult to use.

Execution requires a separate control layer. Static files do not provide assignments, approval routing, run-level timestamps, or structured exception capture. Operators may follow the approved document while recording observations in a notebook, spreadsheet, or other system. That separation can make it difficult to compare the intended method with what happened, especially after a timing change, failed acceptance check, or other deviation.

Best fit for fast drafting

Smartsheet is strongest during the drafting and formatting stage. It gives teams a familiar structure and prompts authors to include document-control fields. It is less suitable as the only system for reviewing live procedure performance or preserving experimental evidence.

Before distributing a Word or Google Docs file, define the document owner, revision process, and review route. The FDA describes SOPs as documents that may contain frequently changing information and may require clearance at an office or division level, supporting controlled review rather than uncontrolled copies. Record who owns the master copy, where the effective version lives, and where the execution record will be stored.

3. ClickUp

ClickUp's SOP templates target teams that want to move from document drafting into operational management. Its frameworks can be downloaded as Docs or imported into a ClickUp workspace, where procedures can connect with tasks, approvals, automations, and collaborative editing.

That flexibility helps when an SOP has a clear owner and several dependent activities. A lab manager might maintain the controlled procedure in a Doc, assign training or implementation tasks separately, and use approvals to record review. Change tracking can also make collaborative drafting easier when quality, operations, and scientific staff contribute different sections.

The risk is that flexibility encourages teams to build a process-management system before they've clarified the scientific workflow. A task can show that someone completed a step, but it may not capture an unexpected precipitate, a timing adjustment, or the rationale for continuing after a deviation. Those details need explicit fields or a connected experimental record.

Drafting versus execution

ClickUp is more capable than a static template for collaborative drafting and operational follow-through. It still requires configuration to support regulated documentation, controlled distribution, and laboratory-specific evidence. In-app templates require a ClickUp account, while advanced automation and permissions are associated with paid tiers.

It's a good fit for research groups already using ClickUp for project coordination. It's less compelling for a small lab that needs a simple, controlled SOP document and a separate place to capture bench observations without building another workspace.

4. Notion

Notion's standard operating procedure template emphasizes readability and searchable knowledge management. A team can duplicate a page, organize sections for scope, roles, steps, exceptions, and revision history, then connect the SOP to related protocols, training pages, and materials information.

That cross-linking is valuable during onboarding and routine reference. A researcher can move from a sample preparation SOP to an instrument protocol or a related calculation without searching across disconnected folders. Collaborative editing and history also support early review by subject-matter experts.

Notion's weakness appears at the boundary between knowledge management and formal control. Built-in approval and training sign-off are limited unless the team adds workflows or integrations. Exported PDFs may also lose contextual elements that make the live page useful, so a regulated lab should verify what the final controlled copy contains.

A searchable SOP library improves access, but access isn't the same as authorization.

Notion works well for drafting, team learning, and maintaining an internal process wiki. It can support a procedure ecosystem, but teams working under GLP, GCP, ISO/IEC 17025, or an internal quality system need to establish how approvals, effective versions, superseded copies, and execution records are controlled outside or alongside the page. Its best use is often as a collaborative knowledge layer, not the entire laboratory quality system.

5. Lucid

Lucid's SOP flowchart template addresses the part of procedure writing that prose handles poorly, branching decisions. Flowcharts, decision points, and swimlanes make it easier to show who acts, what result triggers the next step, and when a process must pause or escalate.

This is particularly useful for assay troubleshooting, sample acceptance, instrument alarms, deviation routing, and release checks. A written instruction that says “proceed if acceptable, otherwise investigate” leaves too much interpretation to the operator. A visual path can show the result, the responsible role, and the next action at a glance.

Where visual logic helps

Lucid is a companion to a text SOP, not a replacement for one. The flowchart can show decision logic while the controlled document supplies materials, safety requirements, detailed instructions, references, acceptance criteria, and revision history. Maintaining both documents creates a control obligation, because a changed decision path must stay aligned with the written procedure.

The platform's collaboration and commenting features help teams refine ambiguous steps before approval. Some capabilities require a paid plan, and visual maps can become difficult to maintain if the process changes frequently or contains too many branches.

For labs with recurring exceptions, Lucid deserves consideration during the procedure-design and review stages. It's not a bench capture tool, so an operator still needs a separate method for recording timestamps, images, observations, and the reasoning behind a decision during execution.

6. Miro

Miro's standard operating procedure template is designed for discovery rather than final control. Its collaborative board gives scientists, technicians, quality staff, and managers a shared space to map the current workflow, identify missing steps, and discuss exceptions before someone converts the result into a formal SOP.

That makes it useful for procedures that exist mainly as informal knowledge. A workshop can place preparation, execution, cleanup, observations, decision points, and handoffs on a canvas. Comments and real-time collaboration let subject-matter experts challenge assumptions while the process is still easy to change.

Strong for discovery, weak for final control

Miro's strength is participation. A bench scientist may remember a workaround that never appeared in the old document, while a quality reviewer may identify a missing approval or deviation path. Capturing those contributions early can reduce rework during formal drafting.

The board shouldn't become the only controlled version. Exported images or PDFs are useful as references, but they don't automatically provide the formal ownership, effective status, approval record, or revision governance expected in regulated environments. The WHO's SOP management guidance illustrates the importance of current templates, designated quality ownership, and formal identifiers for scalable retrieval and revision control (WHO SOP management example).

Miro is therefore best used before drafting and during stakeholder review. After the workshop, the team should translate the agreed workflow into a controlled document, then connect that document to an execution record that preserves what happened at the bench.

7. MasterControl

MasterControl's SOP resources are aimed at life-sciences organizations that need a quality-system context. The vendor provides Word templates for policies, procedures, and work instructions, with guidance framed around GxP expectations and a path into its separately licensed QMS platform.

The templates are useful when a team wants its first draft to reflect regulated-document conventions rather than a generic office memo. A laboratory can adapt sections for purpose, scope, responsibilities, materials, procedural steps, quality controls, references, approvals, and revision history.

The basic pack still needs site-specific tailoring. A cell therapy facility, analytical chemistry group, and academic core laboratory may use the same document headings but require different acceptance criteria, deviation pathways, training requirements, and evidence. A vendor template can't determine those scientific or operational details.

Suitable for controlled document planning

MasterControl is most relevant during document control, review, and distribution planning. The full QMS can connect procedures with training and controlled distribution, but that system is separately licensed and exceeds the needs of teams seeking only a downloadable template.

A regulated lab should also separate the approved procedure from the execution record. The SOP defines what should happen. The record must show what happened, including deviations, observations, timing, materials, and decisions. A practical explanation of that distinction appears in this guide to the SOP documentation process.

8. ISPE

ISPE SOP templates and guidance are built around pharmaceutical engineering and quality practice. Their value lies less in page formatting than in showing how a procedure connects with deviation handling, corrective and preventive action, and product recall processes.

That focus helps when a laboratory is designing an SOP within a broader GMP system. A procedure should define what happens after an out-of-specification observation, process deviation, or product-quality concern, including who assesses it, which records are opened, and when escalation occurs. ISPE guidance prompts reviewers to test those links instead of approving steps in isolation.

The resource is narrower than a general template library. It suits organizations working with pharmaceutical quality expectations more than every academic biology lab, chemistry group, or early-stage research team. Some guidance or templates may require purchase or ISPE membership, and local procedures still determine the applicable scientific criteria.

Best for quality-system alignment

ISPE is strongest during SOP review and quality-system design. It helps a team check whether a draft points to the correct deviation, CAPA, recall, and GMP processes. It does not replace validated systems, local work instructions, or an electronic laboratory notebook used to capture observations during execution.

For a worked walkthrough of building the document itself, see this guide to how to write a lab SOP template. Before adopting ISPE guidance, confirm which deviation and CAPA pathways your quality system already owns, so the SOP references live processes rather than aspirational ones.

9. Docsie

Docsie's GMP SOP template provides a structured starting point in Word, PDF, and Markdown formats. Its GMP-oriented layout is intended for teams that need conventional SOP sections and document controls without beginning with a blank page.

The multiple formats help different users. Word supports drafting and local review, PDF supports distribution, and Markdown can fit documentation systems that treat procedures as structured content. Docsie also offers optional platform-based assistance for turning video walkthroughs into SOP drafts, which may help teams convert an informal demonstration into an initial written procedure.

That draft still requires scientific and quality review. A video can show hand position, equipment setup, and sequence, but it may not explain why a decision was made, what qualifies as an acceptable observation, or how an exception should be escalated. The responsible subject-matter expert must verify every step against the intended method and actual laboratory conditions.

Useful for multimedia-informed drafting

Docsie is a practical fit when a lab is standardizing techniques from demonstrations or training material. Its limitation is scope. It offers a focused template rather than a broad library, and the AI or video features are tied to the Docsie platform.

Teams should keep drafting separate from execution capture. Once the SOP is approved, scientists need a contemporaneous way to record timing, observations, images, and deviations without rewriting the experiment from memory later.

10. OpsPlate

OpsPlate's SOP downloads provide immediate access to Word, Google Docs, Excel, and PDF formats without signup. The spreadsheet option is particularly practical for tabular steps, dated checkoffs, instrument logs, or procedures where each row needs a status or recorded value.

For a small research group, that accessibility can be the deciding factor. A scientist can download a file, add the procedure name, scope, responsibilities, materials, numbered steps, acceptance criteria, and revision history, then circulate it for local review. There's no platform migration before drafting begins.

The trade-off is that OpsPlate is generic. It doesn't provide a specialized GxP pack, built-in approvals, controlled distribution, or an execution workflow. An Excel checklist can show that a box was marked, but it may not preserve the context around a deviation or the observation that led to a decision.

Good for a blank-page problem

OpsPlate works best as a quick drafting resource for uncomplicated procedures, logs, and checklists. It isn't a substitute for a QMS, official ELN, or validated document-control process. Teams using it should add clear ownership, version identifiers, approval fields, and a defined location for the resulting execution record.

The template should also be tested by someone who didn't write it. A procedure that looks complete to its author may still omit the point where an operator must pause, record an observation, or escalate an unexpected result.

Top 10 SOP Template Tools Comparison

Turn the Template Into a Recordable Workflow

The best standard operating procedure templates aren't chosen by appearance alone. Downloadable Word, Google Docs, PDF, Excel, and Markdown files are useful when a team needs a fast structure and already has a separate review and storage process. Process-management platforms fit teams that want assignments, approvals, and run-level tracking. Lucid helps make branching logic visible, while Miro supports discovery workshops before formal drafting. MasterControl and ISPE are more relevant when a laboratory needs stronger alignment with regulated quality systems.

A template becomes operational only after the team separates four activities:

• Drafting: Define the purpose, scope, audience, materials, equipment, safety requirements, and numbered actions.
• Executing: Follow the approved procedure while recording timing, observations, deviations, decisions, images, and unexpected events.
• Reviewing: Check whether the procedure matches real work, whether acceptance criteria are clear, and whether exceptions have an owner.
• Controlling: Assign document ownership, approvals, effective status, version history, identifiers, distribution, and superseded-copy handling.

The structure below is a practical final check before approval:

• Scope: State what the SOP covers, where it applies, and what it excludes.
• Responsibilities: Name roles for execution, review, approval, escalation, and record completion.
• Materials and equipment: List required items and identify conditions that affect their use.
• Numbered steps: Give each action a clear sequence and a verification point where needed.
• Decision points: Show branching logic, pause conditions, exceptions, and escalation routes.
• Expected observations: Describe what the operator should look for without pretending every result is predictable.
• Deviations: Provide a place to document what changed, why it changed, and who reviewed the decision.
• Revision history: Record the version, effective date, changes, approvals, and ownership.
• Review ownership: Assign the person or role responsible for keeping the SOP aligned with practice.

The FDA's SOP guidance and laboratory template conventions support this controlled structure, while the UNC Research compliance library shows how research organizations use connected templates across planning, recruitment, study conduct, monitoring, deviations, adverse events, training, and close-out (UNC Research clinical research compliance library). That ecosystem view matters because one isolated SOP rarely captures an entire study or laboratory lifecycle.

Verbex can sit between the approved SOP and an official ELN. It's a private, on-device lab documentation app for iPhone that captures voice notes, typed notes, timers, and images while work happens. The scientist selects Objective, Materials, Procedure, Observations, Conclusion, or a custom section before capturing information. Verbex preserves source context and timestamps, uses timers for time-sensitive procedures, and can process sufficiently legible material-label images on-device into structured Materials entries.

Review & Complete creates a source-backed Organized draft. On supported devices, an additional ELN-style draft may be available when local Apple Intelligence processing succeeds. The scientist reviews and edits the record before completion, then exports it as PDF, DOCX, or Markdown for archiving or transfer into an existing workflow.

Verbex doesn't independently decide the scientific meaning of a note, and it isn't an ELN, LIMS, QMS, inventory system, validated system, or autonomous scientific tool. It doesn't provide regulatory sign-off, guarantee compliance or reproducibility, manage samples, or replace an official record. Its practical role is narrower and clearer: the protocol says what should happen, while Verbex records what happened. That can support better contemporaneous documentation and clearer traceability when teams connect it to existing ELN and document workflow automation practices.

---

Verbal Experiment or Verbex helps bench scientists capture experimental reality on iPhone with voice notes, typed notes, timers, and images, then review and export source-backed records as PDF, DOCX, or Markdown. Researchers comparing standard operating procedure templates with real execution workflows can use it as an ELN companion for preserving deviations, observations, timing, and decisions while they're still close to the work.