A trade-show demo can make a difficult production step look simple. The machine has suitable material, a prepared program and someone nearby who knows the setup. Your shop has mixed jobs, worn tooling, changeovers and a delivery date.
Use an automation demo to define the questions that belong in a purchase review. Bring the actual part mix, quality requirements, staffing and operating costs to the supplier. The goal is a repeatable production result in your shop, not simply a cycle time observed on the show floor.
FABTECH 2026 runs October 21–23 in Las Vegas, bringing metal forming, fabricating, welding and finishing together. Whether you attend, review supplier videos or follow up afterward, the same worksheet can turn an interesting demonstration into a useful request for quotation.
This is a purchasing guide, not a report of Tech Tool attending the show or testing the displayed equipment. Its purpose is to help manufacturers connect an equipment idea with the tools, fluids, handling and support needed to make it work.
Begin with the bottleneck you can prove
Write down the production problem before selecting a machine. Is the shop short of available cutting time, waiting on loading, losing parts to quality variation or spending too much labor on setup? A new automated step may address one problem while leaving the real constraint untouched.
Use a recent representative period. Record accepted output, scheduled time, interruptions and the jobs that could not move forward. Separate the time the equipment was processing from time spent waiting for material, inspection or another operation.
Then define the target result. “Improve productivity” is too broad to evaluate. A useful target might be a specified output on identified parts with an agreed quality method, staffing arrangement and changeover condition. Avoid inventing a percentage before the baseline exists.
If the process has not been stable manually, tell the supplier. Automation can repeat a step consistently while repeating the same defect. The purchase review should identify which process problems must be solved before the proposed system can deliver useful capacity.
Bring the uncomfortable parts of the job mix
A supplier needs more than the easiest part. Provide the range of materials, sizes, weights and features the system must handle, along with the actual mix and batch sizes. Include jobs that create long chips, difficult access or a cleaning requirement.
Identify the boundaries. Which parts must the first installation handle? Which are desirable future additions? Which remain outside scope? Clear boundaries keep an impressive broad claim from becoming an ambiguous quote.
Show how variation enters the process: incoming blanks, fixture wear, tool changes, lot differences or downstream inspection. Ask the supplier which variation the proposed system can tolerate and how that conclusion will be tested.
A prepared demonstration can still be informative. Record what it demonstrates and what it leaves unanswered. If your material or feature differs, make that difference an explicit follow-up question rather than mentally assuming the same result.
Measure the complete production cycle
Cycle time should include the steps the shop actually has to perform. Loading, unloading, positioning, tool or consumable replacement, inspection, cleaning and recovery from interruptions can change the result considerably.
Ask how the displayed cycle was measured. Does it begin with a part already positioned? Does it end before the operator removes or checks the part? Is a required secondary operation outside the demonstration? These questions help compare systems on the same basis.
Changeover matters in a high-mix shop. Request the steps, people and fixtures needed to move between representative jobs. A fast cycle on a long production run may not offset a difficult setup on short batches.
Record human attendance separately from machine processing. A worker may be able to perform another task during a cycle, but that needs a feasible work arrangement. Do not equate machine runtime with fully available labor savings.
Define quality before discussing speed
List the features and measurements that determine an accepted part. Include surface, geometry, weld, edge or finish requirements as applicable. The supplier's trial should use an agreed inspection method and identified samples.
Ask how quality is checked during production. Which measurements are automatic? Which still require an operator or a separate station? What happens when a check fails? The time and routing of those parts belong in the purchase review.
A demonstration that looks clean is not a capability study. If the purchase needs documented repeatability or a statistical evaluation, specify the method, sample conditions and responsible parties. Do not let a short video stand in for the evidence your quality process requires.
Also ask what changes after tool or consumable wear. The trial should not prove only the first few parts after a fresh setup. The useful scope includes the service conditions the supplier says the system can maintain.
Put tooling, fluids and cleaning inside the quote
Equipment does not produce parts alone. Identify the tools, abrasives, fluids, fixtures and handling supplies required for the quoted result. Ask which items are included, which are recommended and which the buyer must source separately.
For a fluid-related process, record the exact product, working method and maintenance requirements. Confirm how the fluid affects part handling and the next operation. A system that cuts well but adds an unexpected cleaning step can move cost elsewhere.
Tech Tool can support an Oemeta fluid discussion around the equipment and application requirements. Bring the proposed operation, materials and downstream conditions to that review. A fluid quote becomes more useful when it connects to the supplier's actual trial rather than a general machine category.
For other consumables, retain exact identifiers and approved alternatives where applicable. A quote that says “standard tooling” leaves purchasing without a replenishment plan. Stock availability and lead times should be confirmed for the specific order, not assumed from a show display.
Safety and integration are part of the purchase
Have the equipment supplier and qualified integrator define the required safety review, interfaces and site responsibilities. A robot or collaborative robot's label does not, by itself, establish that a complete application is safe for its intended use.
OSHA's industrial robot guidance includes application risk assessment, integration and worker tasks. Include normal operation, setup, maintenance and foreseeable interventions in the supplier discussion. The purchase worksheet supports that discussion; it does not replace the required assessment or validation.
Ask who owns machine communication, guarding, utilities and installation. Confirm what the shop must provide and what the supplier will verify. A ready-to-run price and a component price are not comparable without those responsibilities.
Keep training and service inside the scope. Identify who will operate, set up, maintain and recover the system. Request the training, documentation and support arrangements that make those roles workable after the supplier leaves.
A demo-to-RFQ worksheet
| Item | Shop evidence | Supplier response needed |
|---|---|---|
| Production problem | Accepted output, interruptions and identified bottleneck | Which part of the problem the system addresses |
| Part scope | Representative drawings, material range and batch mix | Included jobs, exclusions and test conditions |
| Quality | Required features and inspection method | How the trial and production checks establish acceptance |
| Full cycle | Loading, processing, handling, cleaning and changeover | Measured boundaries and staffing assumptions |
| Consumables | Current tools, abrasives, fluids and service history | Exact requirements, consumption and replenishment scope |
| Integration | Machine interfaces, utilities and site constraints | Responsibilities, safety review and commissioning plan |
| Support | Operator and maintenance capabilities | Training, documentation, spares and response arrangements |
Use the same worksheet for competing proposals. If one supplier excludes cleaning and another includes it, reconcile that difference before comparing prices. The comparison should expose scope, not hide it inside the total.
Build a conservative economic case
Start with demonstrated accepted output and the actual cost of the current route. Include installation, required ancillary equipment, fixtures, training and consumables in the investment. Include operating and maintenance costs in the comparison.
As a hypothetical example, suppose an installed project costs $120,000 and its verified net annual benefit is estimated at $30,000 after additional operating costs. Simple payback is four years. If the supported benefit is only $20,000, simple payback becomes six years.
That calculation excludes financing, taxes, depreciation and the time value of money. It is an initial comparison, not a complete investment model. Its value is making the assumptions visible so the shop can test them.
Do not count the same benefit twice. Reduced attendance and increased output may depend on the same available time. Additional capacity only produces revenue if the shop can use it and the remaining process can support it. Keep the evidence and uncertainty beside each assumption.
Include a less favorable scenario. What happens if the job mix changes, changeovers take longer or a consumable costs more? The purpose is not to defeat the project. It is to see whether the purchase remains useful under conditions the shop may actually face.
Turn the follow-up into a test plan
- Choose the representative jobs. Include the required range and the parts that challenge the proposal.
- Define the measured cycle. Agree on its start and finish, attendance and secondary steps.
- Set the inspection method. Identify the features, sample conditions and quality evidence needed.
- List all required inputs. Confirm fixtures, tooling, fluids, utilities and operator tasks.
- Document exclusions and responsibilities. Make integration, safety, service and replenishment scope explicit.
- Review the result against the business case. Update the quote and economics using the supported production evidence.
Keep the test report and commercial quote connected. If the trial uses different tooling or fluid from the quoted system, resolve that difference. The shop should know what it is buying to reproduce the result.
Six questions worth bringing home from the show
- Which of our actual parts and materials does this demonstrated setup cover?
- What work is outside the displayed cycle time?
- How will quality and wear-related variation be checked?
- Which tools, fluids and consumables are required to repeat the result?
- Who owns integration, safety validation and training?
- What evidence will change the quote from an interesting concept into a supported purchase?
Questions about buying after an automation demo
Should the quickest demo win?
Compare accepted output over the complete route, including changeover and required attendance. The shortest visible motion sequence may not deliver the lowest cost per accepted part.
Can a supplier trial use our current fluid?
Ask the supplier to review compatibility and application fit. If a different fluid is required, include its qualification, handling and downstream effects in the trial and quote.
What if we are not attending FABTECH?
The worksheet works for supplier videos, local demonstrations and post-show discussions. The same gaps between a prepared demo and a production route need to be resolved.
Turning an equipment idea into a production plan? Explore Tech Tool's product catalog for the supporting supplies, or send us the application and consumable requirements. We can help with sourcing and an Oemeta fluid review around the result your shop needs to repeat.
