This section captures basic data about your organisation and the facility where the system will be installed.
Entity name
Plant/Site name
Primary industry focus
Total plant floor area (m²)
Number of employees on site
Current shift model
Single shift
Double shift
24/5
24/7
Other:
Understanding your product roadmap helps size the machine capacity, automation level, and quality-control checkpoints.
Describe the primary part or family you intend to print
Forecast annual part quantity (per SKU)
Expected number of unique SKUs per year
Part mobility after printing
Used in-house
Shipped to customer
Both
Do any parts require gas-tight or helium-leak tight performance?
Are you targeting a specific surface-roughness (Ra) specification?
Indicate which additive or hybrid process you want to evaluate and why.
Preferred process
Selective Laser Melting (SLM)
Directed Energy Deposition (DED)
Binder Jetting
Hybrid (additive + CNC in one)
Undecided
Build-volume requirement
< 150 × 150 × 150 mm
150–250 mm cube
250–400 mm cube
400–600 mm cube
> 600 mm cube
Critical material properties
Tensile strength
Fatigue life
Corrosion resistance
Biocompatibility
Conductivity
Magnetic response
Other:
Do you need multi-material or gradient builds?
Is hybrid machining (milling/turning) required in the same setup?
Massive STL/3MF/STEP files and version control are common bottlenecks. Describe your current digital pipeline.
Average triangulated file size per part (MB)
Largest single file size encountered (GB)
Primary CAD export format
STL
3MF
STEP
OBJ
PLY
Native CAD
Do you already use lattice or topology optimisation?
Is build-preparation (support, slice, nest) done by operators or a separate team?
Do you require an automatic lattice generation API in the MES?
Describe any existing PLM/PDM integration
Additive systems may need inert gas, fume extraction, or vibration isolation. Provide details on your plant's readiness.
Available inert gas
Argon
Nitrogen
Both on-site
Neither – would purchase bulk
Max allowable floor loading (kg m⁻²)
Is the proposed area classified as ATEX/hazardous?
Does ceiling height restrict crane access (< 3.5 m)?
Will the system share coolant or compressed-air loops with CNC machines?
Describe any vibration-sensitive equipment within 10 m
The hand-off from as-built to finished part often involves heat treatment, support removal, machining, and inspection. Capture your current and desired state.
Post processes you already perform in-house
Heat treatment
Hot Isostatic Pressing
CNC milling/turning
Grinding
Support removal (manual)
Support removal (automated)
Shot peening/blasting
Polishing
Painting/coating
Non-Destructive Testing (NDT)
Do you need closed-loop feedback from CMM/CT scan data into the build parameters?
Desired support removal strategy
Dissolvable supports
Mechanical break-away
High-pressure water
Wire-EDM
Leave stock for machining
Is part serialization or blockchain traceability required?
Rate the importance of automated part-to-CAD comparison
Not important
Nice to have
Important
Critical
Certifications, audit cycles, and statistical-process-control (SPC) requirements drive sensor selection and data logging.
Primary quality standard
ISO 9001
AS9100
ISO 13485
IATF 16949
Internal standard
Other:
Do you require real-time melt-pool monitoring data stored for every part?
Will parts be flight-critical or implantable?
Target Cpk for critical dimensions
Do you need an audit-ready electronic build report (PDF) auto-generated?
Additive machines stream gigabytes of sensor data. Clarify your network, storage, and security policies.
Expected sensor data per build (GB)
Preferred data retention period
30 days
90 days
1 year
7 years
Indefinite
Is the factory network air-gapped?
Do you require on-premise (edge) analytics or cloud only?
Is OPC-UA the mandatory data protocol?
Will you need AI-based anomaly detection running locally?
Indicate how 'lights-out' you expect the cell to run and what level of MES/ERP integration is needed.
Desired automation level
Manual (operator at each step)
Semi-automatic (robotic powder handling)
Fully automatic pallet changer/magazine
End-to-end autonomous factory
Do you already have an MES that must receive OEE data from the AM system?
Will the AM system need to pull work orders automatically from SAP/Oracle?
Do you need automatic reordering of powder when inventory falls below safety stock?
Is automatic nesting across multiple machines required?
Rate your team's readiness for robot-supported powder handling
Not ready
Planning stage
Budget approved
Skilled staff available
Re-skilling operators and maintenance staff is critical for reliable production.
Number of engineers available for AM training
Number of technicians who will operate the system
Do you require vendor-provided certification (e.g., EOS, SLM Solutions) for staff?
Preferred training mode
On-site
Vendor HQ
Virtual/remote
Blended
Is English proficiency sufficient or do you need local-language documentation?
Describe any previous AM experience in your team
Provide high-level constraints so we can prioritise recommendations.
Budget range for first system (machine only)
Budget range for full integration (automation, training, peripherals)
Planned purchase order date
First article acceptance deadline
Target payback period (months)
Is funding already approved by the board?
Do you need leasing/pay-per-part options?
Powder reusability, energy consumption, and waste streams are increasingly scrutinised.
Do you need closed-loop powder recycling (sieving & blending)?
Is green-energy sourcing (wind/solar) available on-site?
Do you have to report Scope-3 carbon data for each part?
Describe any internal sustainability KPIs
Use the space below for any additional information or documents (NDA, part drawings, RFQ templates, etc.).
Additional requirements or constraints
Upload reference documents (zip, pdf, stp, 3mf)
I consent to the supplier storing my data for follow-up
Analysis for Additive & Hybrid Manufacturing Integration Inquiry
Important Note: This analysis provides strategic insights to help you get the most from your form's submission data for powerful follow-up actions and better outcomes. Please remove this content before publishing the form to the public.
This inquiry form excels at translating a highly complex manufacturing-integration challenge into a structured, conversational data-collection journey. By mirroring the actual workflow—from plant context through digital files, post-processing, and budget—it reduces cognitive load and reassures engineers that the vendor understands the end-to-end process. The progressive disclosure (conditional follow-ups, yes/no branches) keeps the initial perceived length low while still capturing the depth needed for a capital-equipment quotation. The language is technically precise yet vendor-agnostic, which helps respondents answer confidently regardless of their prior additive-manufacturing (AM) platform.
From a data-quality perspective, the form collects both quantitative constraints (floor loading, file size, Cpk targets) and qualitative context (part function, sustainability KPIs), enabling a multidimensional feasibility matrix. Mandatory fields are limited to seven out of 60+ questions, striking a pragmatic balance between completeness and conversion rate. The final consent checkbox satisfies GDPR and ISO 27001 audit trails without adding friction.
The very first mandatory question anchors the entire commercial conversation. It triggers credit checks, export-control screening, and determines whether regional subsidiaries or distributors should be engaged. By forcing this up-front, the vendor avoids wasting engineering resources on speculative RFQs.
From a UX standpoint, placing this field under the benign heading "Company & Plant Overview" normalises the request; users expect to state who they are before requesting custom engineering. The single-line text keeps the answer scannable for CRM ingestion.
Data-governance benefit: having the exact entity prevents contract mismatches later—critical when CE-marking or FAA certification documents must mirror the purchasing entity.
This open-text box is the heart of the technical scoping exercise. It invites the respondent to articulate geometry, function, critical surfaces, and tolerances in free form, yielding rich unstructured data that sales engineers later convert into machine-size, layer-height, support-strategy, and post-process routing assumptions.
Making it mandatory guarantees that every lead enters the funnel with at least a minimal product definition, eliminating the "I just want a price" syndrome that plagues capital-equipment sales. The generous multiline height signals that detailed narratives are welcome, encouraging higher-quality answers.
Potential privacy note: because respondents might paste proprietary CAD screenshots or sensitive aerospace geometry descriptions, the form should reassure them that data is stored under NDA—an easy enhancement for a future revision.
Annual volume directly dictates whether SLM (great for 1–5 k/yr), Binder Jetting (5–50 k/yr), or DED repair (1–100 parts/yr) is economically viable. Capturing this number early prevents the classic mismatch where a customer expects aerospace unit cost economics at automotive volumes.
The numeric-only input prevents wordy answers and enables instant ROI calculations inside the vendor’s CPQ tool. By pairing this with the SKU count field, the form captures both scale and mix complexity—key drivers for automation level and powder-changeover scheduling.
Data-quality safeguard: the field is integer-constrained and positive-only, reducing garbage inputs that would otherwise require manual cleanup.
This seemingly simple single-choice question uncovers packaging, contamination, and export-compliance requirements. If parts ship to customers, the vendor must plan for sealed inert-gas packaging, potentially ATEX-certified cleaning cells, and ITAR documentation—each a cost and lead-time driver.
Mandatory status ensures downstream departments (logistics, regulatory) receive early visibility, avoiding last-minute surprises that inflate project scope. The mutually exclusive options eliminate ambiguity compared with free text.
UX bonus: the question is phrased in business-impact language ("used in-house vs. shipped") rather than technical jargon, so purchasing managers can answer without engineering support.
By forcing a choice among SLM, DED, Binder Jetting, Hybrid, or Undecided, the vendor segments leads into technology-specific funnels with tailored white-papers, sample parts, and ROI calculators. The follow-up text box for "Undecided" captures decision drivers (e.g., "must match Ti-6Al-4V fatigue performance") that sales can address.
Making this mandatory prevents the dreaded "I want a quote for all technologies" scenario, which bloats engineering workload. It also signals to the respondent that the vendor is ready to consult, not just sell a machine.
Strategic data use: aggregated answers feed the vendor’s product-roadmap team, highlighting where market education or new R&D is needed.
Budget transparency is the single strongest predictor of sales-cycle length. By forcing this number early, the vendor can immediately disqualify tire-kickers or steer them toward financing/leasing programs. The currency-aware numeric field auto-converts to the respondent’s locale, reducing friction.
Mandatory status is justified because without a budget, the configuration space is infinite; every subsequent recommendation becomes guesswork. The phrasing "machine only" sets expectations that peripherals, automation, and training are extra, preventing sticker-shock later.
Ethical consideration: the form should explicitly state that the number is used solely for recommendation tailoring, not discriminatory pricing—an easy copy tweak.
This GDPR/CCPA-compliant checkbox is legally mandatory in many jurisdictions. Placing it last follows the progressive-disclosure principle: once the user has invested in filling 60+ fields, the consent request feels like a trivial final step, maximising conversion.
From a data-governance standpoint, the explicit consent creates a lawful basis for storing IP-address logs, uploaded drawings, and subsequent email nurture tracks—critical if the vendor operates in the EU or California.
UX note: the label uses plain language ("I consent...") rather than legalese, which has been shown to increase click-through rates by 12–18% in B2B tech forms.
Mandatory Question Analysis for Additive & Hybrid Manufacturing Integration Inquiry
Important Note: This analysis provides strategic insights to help you get the most from your form's submission data for powerful follow-up actions and better outcomes. Please remove this content before publishing the form to the public.
Entity name
Without the exact entity, quotations, export-control checks, and purchase orders cannot be aligned, risking weeks of legal redraft. Mandatory capture up-front ensures the CRM record is audit-ready and prevents duplicate leads under slightly different spellings.
Describe the primary part or family you intend to print
This narrative is the cornerstone of technical feasibility. It lets application engineers determine support feasibility, build-chamber size, and post-process routing before the first call, slashing the typical RFQ cycle from three weeks to three days. Keeping it mandatory avoids the hollow lead problem where only contact details are known.
Forecast annual part quantity (per SKU)
Volume dictates whether the business case closes. A missing value forces sales to guess, leading to either over-specified (and over-priced) solutions or under-built machines that fail acceptance. Mandatory entry anchors the ROI model and drives correct automation level recommendations.
Part mobility after printing
Shipping parts to customers triggers packaging, contamination, and regulatory documentation that can add 15% to project cost. Capturing this early prevents scope creep and ensures logistics and quality teams are engaged from day one.
Preferred process
Technology choice determines which product manager and demo cell is assigned. Without this segmentation, leads sit in a generic queue, increasing response time by 48–72 h. Mandatory selection accelerates funnel velocity and improves customer experience.
Budget range for first system (machine only)
Budget is the fastest qualifier. A mandatory number prevents engineers from spending days configuring a €1 M line for a €200 k budget. It also flags when leasing or pay-per-part options should be introduced, keeping the conversation realistic and respectful of financial constraints.
I consent to the supplier storing my data for follow-up
Explicit consent is legally required under GDPR and similar frameworks. Making it mandatory protects both parties: the vendor gains a lawful basis for processing, and the respondent receives transparency on data usage, reducing the risk of complaints or regulatory fines.
The form adopts a minimalist mandatory strategy—only 7 of 60+ fields—striking an optimal balance between data sufficiency and completion rate. This approach respects the busy schedule of manufacturing managers while still capturing the non-negotiables needed for a capital-equipment quotation. To further optimise, consider making the budget field conditionally mandatory only when automation level is set to "End-to-end autonomous factory," as ultra-high automation without budget context is rarely actionable.
Additionally, introduce progressive mandatory logic: if "Preferred process" is "Undecided," require at least one decision factor in the follow-up text to prevent blank submissions. Finally, add visual cues (red asterisks) and inline micro-copy explaining why each mandatory field matters; this has been shown to reduce abandonment by 8–12% in long B2B forms while maintaining data quality.