You send a short brief to five integrators. Five quotes come back. One is $90,000, one is $210,000, and the rest fall somewhere in between.
Nobody is lying. Each integrator simply answered a different question, because your brief left the hard parts open.
That gap is exactly what a good RFP closes.
Quick answer: A strong robotics integration RFP states the business goal, describes your parts and process in measurable terms, defines interfaces and safety responsibilities, sets FAT and SAT acceptance criteria, and tells bidders how proposals will be scored. Write requirements you can test, and bids become comparable.
Procurement takes time, so the document is worth getting right. One manufacturing procurement guide says capital equipment sourcing typically runs 12 to 20 weeks from long list to final negotiation. A vague RFP can burn weeks of that on rework.
Standards add another reason for clarity. ISO 10218-2:2025 covers robot applications and robot cells, and it sets out requirements for whoever integrates the cell. Your RFP should say who owns each of those responsibilities.
In this guide, you will learn:
- Why most robotics RFPs produce incomparable bids
- What to prepare before you write a single line
- How to write requirements you can actually test
- How to define FAT and SAT so payment ties to results
- A fill-in RFP template and a scoring table
Why Most Robotics RFPs Fail
Weak RFPs share the same four flaws.
- The goal is vague. “Automate packing” can mean ten different projects.
- Parts are described in words, not samples. Variation is where cells fail.
- Interfaces have no owner. Each side assumes the other handles the PLC link.
- Acceptance is undefined. Nobody agrees what “done” means.
On the last point, one integrator guide advises that FAT and SAT only work with measurable criteria written beforehand. It says a provider who proposes measurable acceptance criteria themselves expects to meet them.
Step One: Prepare Before You Write
Spend a few days on these five items first.
- Baseline the current process. Record cycle time, scrap, rework, labor hours and downtime for the task.
- Collect real parts. Include normal, worst-case and variant parts so bidders can test them.
- Map the space. Gather floor plans, power, air, network access and clearances.
- Name your stakeholders. Include operations, maintenance, quality, safety and IT.
- Set a budget range. Sharing one helps bidders propose the right scope.
Step Two: Write Requirements You Can Test
Vague words invite vague bids. Replace them with numbers and methods.
| Weak requirement | Testable requirement |
|---|---|
| “Fast cycle time” | Output of [X] good parts per hour over [Y] hours of continuous run |
| “High quality” | Reject rate below [X]% measured on [Y] parts |
| “Reliable” | Uptime of [X]% over [Y] days of production |
| “Easy changeover” | Product changeover in under [X] minutes by one operator |
| “Safe” | Risk assessment and validation to ISO 10218-2:2025 |
A tip on cycle time
One RFP guide suggests that for turnkey equipment, you should state production needs as good parts per month or year instead of a cycle time. Stating a cycle time can steer the design toward certain configurations and says nothing about quality. If the cell is tied to another machine, state the rate you need.
Describe the interfaces
List every system the cell touches: conveyors, CNCs, PLCs, MES, vision and safety circuits. One selection guide warns against accepting an integrator-defined interface, and says your plant standards should drive. Name who owns each interface and who writes the test for it.
Step Three: Define Acceptance, FAT and SAT
Acceptance is where RFPs earn their keep.
What FAT and SAT mean
- FAT (Factory Acceptance Test): Done at the integrator’s site before shipment. It checks build quality, controls, safety logic and basic process performance. A commissioning guide stresses that FAT is a structured test with a fixed specification, not a demo.
- SAT (Site Acceptance Test): Done at your site after installation. It proves performance under real production conditions.
What to put in writing
- Which cycle time counts as met, and over what period
- Which reject rate is acceptable
- Which uptime over which running time counts as demonstrated
For cycle time, one welding-cell guide recommends measuring start to start, and recording arc-on, automatic, operator and downtime separately. One selection guide suggests a statistical SAT protocol, such as a 95% confidence interval on cycle time over 100 consecutive cycles. Another sample table lists cycle time within plus or minus 2% over 100 cycles as a typical test item. Use these as starting points and adapt them to your process.
Tie payment to results
One guide recommends milestone payments linked to FAT and SAT acceptance rather than calendar dates. It also suggests performance liquidated damages for missed cycle time or availability. Review any penalty terms with your legal team.
Step Four: Score Proposals Fairly
Tell bidders how you will judge them. It improves the proposals you receive.
| Criterion | Example weight |
|---|---|
| Technical fit and design quality | 30% |
| Safety and compliance approach | 15% |
| Acceptance plan (FAT/SAT) | 15% |
| Price and total cost of ownership | 15% |
| Relevant references | 10% |
| Schedule and project team | 10% |
| Training and after-sales support | 5% |
These weights are an example. Change them to match your priorities.
What to check in references
One RFP template guide suggests asking for at least three references in the same industry with at least 24 months in production. Call them and ask what went wrong, not just what went right.
Ask for evidence, not promises
- Simulation or reach studies on your actual parts, with estimated cycle times
- CAD drawings for tooling and fixtures
- A sample FAT or SAT protocol from a past project
- A single point of accountability, including for subcontracted parts
The RFP Template (Copy and Fill In)
Use this structure. Replace each bracket with your own details.
1. Project overview
- Company and site: [name, location]
- Business goal: [e.g., cut scrap on station 4 from X% to Y%]
- Why now: [volume growth, labor shortage, quality complaints]
2. Scope of work
- Process to automate: [task description]
- Included: [robot, tooling, safety, vision, programming, install, training]
- Excluded: [civil work, utilities to cell boundary, etc.]
3. Product and process data
- Part list: [part numbers, weights, dimensions, materials]
- Variants: [number and how they differ]
- Sample parts supplied: [yes or no, quantity]
- Volumes: [good parts per hour, per shift, per year]
- Shifts: [number, hours per day, days per week]
4. Site and utilities
- Floor space: [size, layout drawing attached]
- Power, air and network: [specs]
- Environment: [temperature, dust, washdown, hazards]
5. Technical requirements
- Performance: [rate, quality, uptime targets with test methods]
- Robot type: [open to proposal, or specify cobot or industrial]
- End-of-arm tooling: [requirements, quick-change needs]
- Vision or sensing: [requirements]
6. Interfaces and controls
- Systems to connect: [PLC brands, MES, conveyors, machines]
- Interface owner for each: [customer or integrator]
- Cybersecurity requirements: [network rules, remote access policy]
7. Safety and compliance
- Standards: [ISO 10218-1 and -2:2025, local regulations]
- Risk assessment: [who performs it, when, deliverables]
- Validation: [functional testing of safety functions before handover]
8. Acceptance testing
- FAT: [location, criteria, witnesses]
- SAT: [criteria, duration, metrics, retest rules]
- Punch list process: [how open items are closed]
9. Schedule and commercial terms
- Key dates: [RFP issue, questions, proposal due, award, FAT, SAT]
- Payment milestones: [tied to FAT and SAT]
- Warranty and spares: [period, response times]
- Change-order process: [how scope changes are priced]
10. Training and documentation
- Training: [operators, maintenance, programmers]
- Documents: [manuals, drawings, backups, safety file]
11. Proposal format and scoring
- Required sections: [list]
- Scoring criteria: [weights from the table above]
- Reference requirements: [number, industry, years in production]
12. Contacts and rules
- Single point of contact: [name, email]
- Question deadline: [date]
- Confidentiality: [NDA terms]
Common Mistakes to Avoid
- Prescribing the solution. Describe outcomes and let integrators propose designs.
- Skipping sample parts. Variation breaks cells that looked fine on paper.
- Leaving safety vague. Name the standards and who owns the risk assessment.
- Judging on price alone. Compare scope, acceptance plan and references.
- Forgetting life after go-live. Ask about spares, response time and training.
Ready to Get Comparable Robotics Integration Bids?
Pooja Upadhyay
Director Of People Operations & Client Relations
FAQ: People Also Ask
What is an RFP for robotics integration?
It is a document that tells integrators what you need, how you will judge proposals and how the project will be accepted. It lets you compare bids on equal terms.
What should a robotics RFP include?
Include the business goal, scope, part and process data, site details, technical requirements, interfaces, safety, FAT and SAT criteria, schedule, commercial terms and scoring.
What is the difference between an RFP and a URS?
A URS (user requirement specification) focuses on technical needs. An RFP wraps those needs in commercial terms, scoring rules and proposal instructions. Many companies attach a URS to an RFP.
What are FAT and SAT in robotics?
FAT is the factory acceptance test at the integrator’s site before shipment. SAT is the site acceptance test at your plant under real production conditions.
Should I specify the robot brand in the RFP?
Only if you have a real standard, such as spares or training. Otherwise describe the outcomes and let integrators justify their choice.
How long should the RFP process take?
One procurement guide says capital equipment sourcing typically runs 12 to 20 weeks end to end. Complex cells may take longer.
How many integrators should I invite?
Many buyers shortlist three to five. Fewer limits your comparison, and more makes evaluation hard.
Who is responsible for robot cell safety?
The integrator, or the end user acting as its own integrator, is generally responsible for the cell-level risk assessment and validation under ISO 10218-2:2025. State the split of duties in your RFP.
How do I make bids comparable?
Provide identical data to everyone, ask for a standard proposal format, and require line-item pricing and acceptance criteria.
Ready to Write an RFP That Gets Comparable Bids?
Send us your process, parts and goals, and our automation team will review your draft RFP before it goes out. We will flag gaps in scope, safety and acceptance criteria.
