Microfluidics Development Scope of Work Form

Streamline Your Microfluidics Development Projects with a Professional SOW Form

Microfluidics development requires meticulous planning across multiple technical domains—from initial chip design concepts through to manufacturing scale-up. This Microfluidics Development Scope of Work Form provides research institutions, biotech companies, and contract development organizations with a structured framework to capture all critical project parameters in one place.

Define Complex Technical Requirements with Clarity

Whether you're developing lab-on-a-chip devices, organ-on-chip platforms, or diagnostic microfluidic systems, this template helps you document:

• Chip design specifications including channel dimensions, layer configurations, and functional requirements
• Fabrication process details covering substrate materials, microfabrication techniques, and bonding methods
• Fluid dynamics parameters for simulation requirements and flow characterization
• Biological validation protocols tailored to your specific application
• Manufacturing scale-up considerations from prototype to production volumes

Built for Biotech and Research Teams

This form template is optimized for project managers, principal investigators, R&D engineers, and business development teams working in microfluidics. The conditional logic adapts questions based on your specific application area—whether you're focused on cell culture, molecular diagnostics, drug screening, or chemical synthesis—ensuring you only see relevant fields.

Accelerate Project Kickoffs and Reduce Miscommunication

Instead of juggling email threads, spreadsheets, and disparate documents, Paperform lets you create a single, on-brand intake form that captures everything your technical team needs to scope work accurately. Submissions automatically route to the right stakeholders, and you can use Stepper (stepper.io) to trigger downstream workflows like project folder creation, team notifications, and CRM updates.

With conditional pricing calculations built in, you can even provide instant quote estimates based on complexity factors like number of design iterations, fabrication method, or validation scope—turning your SOW form into a powerful lead qualification and scoping tool.

Professional, Compliant Documentation

For organizations operating under quality management systems or working with regulated applications, this form provides consistent documentation that supports ISO 13485, GLP, or other compliance frameworks. SOC 2 Type II compliance and data residency controls ensure your sensitive project information stays secure throughout the scoping process.

Start with this template and customize it to match your organization's specific microfluidics capabilities, terminology, and project methodology—no coding required.