Screen count is a poor way to estimate enterprise UI design on its own. Two projects with the same number of screens can differ dramatically in business rules, role permissions, workflow states, data density, exception handling, design-system needs, responsive behavior, and engineering coordination.
Enterprise design effort comes from business complexity, not the number of frames in Figma. Buyers must describe the complexity variables before they can judge whether a proposal is expensive, inexpensive, or simply based on a different scope.
01 Why Per-Screen Pricing Often Fails for Enterprise Products
Screen count describes only the final containers, not the amount of business logic inside them. A read-only dashboard and a list view with filters, bulk actions, permissions, edit validation, approvals, imports, and exception recovery cannot reasonably use the same unit price.
It's also called Order List. | Simple version | Complex version |
|---|---|---|
User Roles | Single Role | Sales, supervisor, finance, administrator |
Data range | All data | Personal, team, region, company, and desensitized fields |
Operation | View Details | New, batch editing, approval, export, transfer, revocation |
Status | Normal, empty, loaded | Business, synchronization, anomaly, locking and recovery |
Table Capacity | Fixed Column Presentation | Column configuration, filtering, sorting, saving view, fixed column and aggregation |
Fit | Desktop Single Size | Multi-resolution, compact mode, partial moving scene |
If a proposal lists only one “list screen,” these differences may not surface until development. The project then incurs change fees, sacrifices quality, or depends on unplanned overtime.
02 JVDS Preliminary Budget Tiers
Project level | Candidate budget | Typical range | Suitable |
|---|---|---|---|
Local module optimization | About 20,000 – 50,000 | 1-3 core processes, clearer existing rules, small number of components complemented | Existing systems focusing on efficiency or visual consistency issues |
Mid-sized enterprise product design | About 60,000 – 150,000 | Business analysis, approximately 20–50 primary screens, required states, a basic design system, and launch support | New module or medium scale system adaptation |
Complex enterprise systems | About 150,000–350,000+ | Multi-role, multi-organizational, multi-module, complex processes, complete components and phased delivery | Restructure ERP, SaaS platform, industry or historical systems |
Ongoing design support | About 20,000 to 60,000 +/month | Fixed capacity, iterative, component governance, needs assessment and collaborative research and development | Long-term product evolution or parallel multi-business lines |
03 Ten Variables That Actually Drive Cost
Variables | Lower-complexity characteristics | Higher-complexity characteristics |
|---|---|---|
Business rules | Presentation and simple editing | Calculations, approvals, conditional branches, and cross-module links |
Number of roles | One to two similar roles | Multiple job functions, levels, organizations, and external roles |
Permission granularity | Module Level Permissions | Record, field, operation, status and data range permissions |
Workflow length | Small number of linear steps | Multiple branches, multi-person collaboration, interruption, revocation and rollback |
State Overwrite | Base Load, Empty and Error | Operational status, system exceptions, conflicts, synchronization and recovery |
Data density | Forms and simple lists | Complex tables, statistics, charts, associated data and big data volumes |
Beneath and fit | Single Desktopend | Multi-resolution, tablet, mobile or internationalized |
Design system | Reuse Existing Component | New design systems, business components and governance documents |
Research and validation | Complete information and stable requirements | Interviews, on-site observation, prototype testing and multiple rounds of validation required |
Engineering collaboration | One-time delivery | Embedded collaboration, frequent reviews, design-to-code alignment, and multiple retest cycles. |
04 A Practical Complexity-Point Estimation Method
For a quick pre-estimate assessment, score each complexity dimension from 0 to 3: 0 means essentially absent, 1 simple, 2 moderate, and 3 complex. Do not multiply this score directly by a price; use it to surface parts of the scope the team may have overlooked.
Dimensions | 0 minutes | 1 minute | Two points | Three points |
|---|---|---|---|---|
Roles and Permissions | Single role with no permission differences | Two to three roles with module-level permissions | Multiple roles, record-level permissions | Multi-organization, field and status-level permissions |
Core process | Pure presentation | Short linear process | Multiple branch or multi-person collaboration | Cross-system, approval, roll-back and compensation |
Data and tables | Small static content | Basic lists and forms | Complex filtering, bulk actions, and analytics | Large data volumes, configurable columns, and multiple views |
Status and exceptions | Normal | Basic empty/fault/loading | Operational status and partial exceptions | Complete status machine, synchronized conflict and recovery |
Design system | A mature component already exists | Reuse & & Small Supplements | New foundational system | Complete business components, documentation and governance |
Collaboration model | Centralized feedback | Regular weekly meeting | Parallel work across teams | Embedded collaboration, cross-sectoral and multi-wheel development acceptance |
A total of 0–5 usually indicates a focused optimization, 6–10 a midsize project, 11–14 a complex project, and 15 or more a project that should be phased before fixing the total price. The actual estimate must still consider screen scope, timing, and team composition.
05 Four Pricing Models and When to Use Each
Pricing model | Fit | Strengths | Risk and control |
|---|---|---|---|
Fixed total project price | Clearer scope, acceptable definition | Budget predictability | Requirement changes need a defined change-control process |
By stage | Complex projects or needs not fully identified | Reduces uncertainty before committing to the next phase. | Phase handover requires clear continuation criteria and rights to use the deliverables. |
Time and materials | Ongoing exploration, ad hoc support, or client-led requirements | Flexibility | Need for transparent recording, capacity caps and priorities |
Monthly collaboration | Long-term iterative, design system governance and multi-business lines | Teams are stable and responsive. | Require agreement on fixed capacity, response, unused hours and excess costs |
Complex enterprise products are better priced in phases: diagnosis and core workflows, full product design, then design-system and engineering collaboration. Resolving high-risk questions before committing to the remaining scope is more reliable than estimating hundreds of screens at the outset.
06 Three Typical Budget Scenarios
Scenario | Scope summary | Candidate budget | Key limitations |
|---|---|---|---|
admin console visual integration | Approximately 15 main pages, process unchanged, basic status and components completed | About 20,000 – 50,000 | Clients need to provide stable prototypes and existing rules |
CRM core process re-engineering | The three roles of sales, supervisor, finance, customer-business-contract-payback, about 35 main screens. | About 70,000 – 150,000 | Includes business analysis, prototypes, UI, and a foundational design system |
Multi-organization SaaS platform | Multi-tenant, authority, approval, configuration forms, management admin console and complete component governance | About 180,000–350,000+ | Recommend a phased approach that may require long-term design and collaborative R & D |
The scenarios are common project portfolios and do not correspond to a single client; the budget is used to demonstrate differences in scope.
07 Additional Costs Commonly Omitted from Proposals
- Audit of old systems, on-site research, cross-city travel and user recruitment;
- Data dictionary, metric definitions, content files, and legacy-data cleanup;
- Multilingualism, internationalization, accessibility, dark patterns and special terminals;
- Chart specifications, data visualization components and configuration of Dashboard;
- Front-end component code, design of Token sync and development framework adaptation;
- Third-party fonts, icons, pictures, maps or data service authorizations;
- Field presence, rush, night release, cross-time zone meetings and excess feedback rounds;
- Continuous check-ups, product overlays and design system governance after access.
The request for quotations should require the supplier to write “no item”. The total price is low but the border is blurred, often higher than the total price but with clear responsibility.
08 Composite Proposal Comparison: Why Both ¥60,000 and ¥150,000 May Be Reasonable
Consider a midsize admin product redesign with roughly 45 primary screens. Proposal A is ¥60,000 for visual design based on the existing prototype plus basic components. Proposal B is ¥150,000 and adds stakeholder interviews, a role-permission matrix, prototypes for three core workflows, exception states, responsive rules, component documentation, and four implementation reviews.
If the client has an experienced product manager, complete rules, and an internal design system, Proposal A may be sufficient. If the legacy product has inconsistent rules and the product team is understaffed, the client will still need to supply substantial missing work after choosing A. The right comparison is not “which vendor is cheaper?” but “who will own the work that is not included?”
09 Compare Vendors with One Normalized Scorecard
Comparison item | What must be documented |
|---|---|
Scope basis | Count primary screens, all states, workflows, or modules |
Operations and UX | Interviews, workflows, permissions, prototypes, and validation |
UI coverage | Platforms, breakpoints, themes, interactions, states, and revision rounds |
Design system | Token, basic components, operational components, documentation and governance |
Engineering collaboration | Handoff, engineering support, reviews, acceptance, and correction milestones |
Project management | Meetings, decision-making, feedback timelines, versions and changes |
Delivery of rights | Source files, font and asset licenses, usage rights, and portfolio rights |
Other items | Research, development, testing, travel, embedded support, and ongoing maintenance |
Frequently Asked Questions
1. What Is a Reasonable Per-Screen Enterprise UI Rate?
Single-page prices can be used only for projects of a stable and simple implementation status. It was suggested that modularized quotations should be requested only to ask whether single-page prices masked differences in roles, processes, status and components.
2. How Much Can a Finished Prototype Reduce Cost?
Depending on whether the prototype contains full business rules and exceptions. The implementable high-security prototype reduces UX work; the page frame alone still requires considerable clarification.
3. Why Is a Design System Priced Separately?
The design system requires the definition of rules, components, state, document, version and governance, rather than copying existing pages to the assembly library. Its value is related to the depth of construction and scope of use.
4. How Should a Contract Handle an Uncertain Screen Count?
Contract by stage: scope diagnostics and core processes are completed before full design based on confirmation list offers. You can also set capacity packages and change unit prices.
5. Is On-Site Work Always More Expensive?
Field presence would take up fixed time and increase communication and management costs, but may reduce waiting and back-to-work when operations are complex, decision-making is frequent or multi-team.
6. How Can We Keep the Budget Under Control?
Freeze release goals, resolve high-risk workflows, establish change control, consolidate feedback, and involve product and engineering early at key milestones.
Conclusion: Pricing Reflects Responsibility, Not Screen Count
Enterprise UI design cost ultimately reflects how much responsibility the vendor assumes for domain understanding, rule definition, interface states, system foundations, and engineering collaboration. Once those responsibilities are separated, buyers can see what drives the price and avoid repeated additions to an initially inexpensive project.
