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IntelliTrax2 & IntelliTrax2 Pro: Automated Scanning Mastery
Get every advantage out of X-Rite’s flagship scanning hardware.
Course syllabus
- IntelliTrax2 (model 2900) vs IntelliTrax2 Pro (model 2900PRO): when to pick which
- Hardware setup: tracks, sheet positioning, calibration
- Geometry and conditions: 45°/0°, M0/M1/M3 single-pass strategy
- Color bars sized for 2 mm: what fits, what breaks
- Maintenance: non-contact best practices, UV LED life, certification cycles
- Migrating from legacy IntelliTrax (discontinued): what to expect
Course content
The full lesson, module by module
The video is the introduction. The complete written course is below, structured to match the syllabus. Read it in one sitting or come back module by module.
IntelliTrax2 (model 2900) is the standard scanning system, introduced as the successor to the original IntelliTrax (model 2246, now discontinued). It covers the majority of sheetfed offset use cases: scan times under 10 seconds, color-bar height down to 2 mm, M0/M1/M3 measurement conditions, 45°/0° ring geometry per ISO 5-4:2009.
IntelliTrax2 Pro (model 2900PRO) was introduced in March 2021. It targets pressrooms with higher throughput requirements or tighter quality demands. The Pro variant typically ships with enhancements around uptime, single-pass condition flexibility, and integration depth with quality software like MeasureColor Production.
Choice criteria: if you run a single-shift packaging line with moderate volume and consistent substrate, the standard 2900 is sufficient. If you run multi-shift commercial work with frequent substrate changes, brand owners demanding M1 plus M3 in the same job, or 24 by 5 operation, the Pro is the better fit.
Total cost of ownership matters more than capital cost. Both models have the same maintenance cadence; the Pro's incremental cost amortizes over its higher utilization. A press that runs the scanner 2 000 hours per year will recover a Pro premium quickly; a press at 500 hours per year may not.
X-Rite's authorized service partners can advise on the model-fit conversation. Both models share the same software stack, so migrating from 2900 to 2900PRO later is not a software-replatform event.
IntelliTrax2 sits on a track adjacent to or above the operator console. Track lengths range from 29 inches (74 cm) to 65 inches (165 cm) depending on the maximum sheet size you run. Pick the longest track your space and budget allow; the marginal cost of a longer track at install is much lower than retrofitting later when a customer wants larger sheets.
Sheet positioning is critical. The scanner expects the color bar to be within 38 mm of the sheet edge. Your imposition templates must respect this constraint; a color bar pushed too far into the printable area will not scan reliably. Most prepress teams handle this once they understand the constraint, but the first job on the new system frequently exposes an imposition oversight.
Mechanical alignment of the scanner to the console matters. The scan head needs to be parallel to the sheet plane and at the right working distance. Out-of-spec alignment shows up as edge-of-sheet repeatability problems; patches at the operator side scan cleanly, patches at the gripper side drift. X-Rite's installation engineers verify alignment at commissioning; revisit it after any mechanical work nearby.
Calibration on install includes white-tile, black, and instrument-to-instrument matching against a reference sample. The reference sample is your "ground truth" for the lifetime of the instrument; store it carefully. Periodic re-verification (typically annual) against the same reference catches drift early.
Power and network requirements are modest: 100-240 VAC, 50/60 Hz, plus an Ethernet connection. UPS on the controller PC is recommended; a power glitch during a scan can corrupt the current job's data.
IntelliTrax2 uses 45°/0° ring illumination, meaning the sample is lit from a 45° cone around its full 360° azimuth and read at 0° (normal). This geometry minimizes directional artifacts from press anisotropy and matches ISO 5-4:2009. It is the right geometry for graphic-arts measurement and the assumed default in modern color management.
M0, M1, M3 are the three measurement conditions IntelliTrax2 supports. M0 is the legacy tungsten illuminant; M1 is D50 with UV component (the modern default for OBA papers); M3 is polarized (for press-side measurement of wet ink and high-gloss substrates). The scanner can capture two conditions in a single pass: M0/M1, M0/M3, or M1/M3.
Single-pass dual-condition matters operationally. Without it, you would need to scan each sheet twice, once for each condition, doubling the operator time. With dual-condition single-pass, the operator gets both readings in under 10 seconds, satisfying both legacy contracts (M0) and modern OBA-aware brands (M1) on the same sheet.
Spectral range is 400-700 nm at 10 nm intervals, the graphic-arts standard. Inter-instrument agreement averages 0.3 ΔEab with a maximum of 0.45 ΔEab; these are the X-Rite published numbers and represent the realistic ceiling for inline scanning today.
For brand-owner contracts that specify M2 (D50 UV-cut), note that IntelliTrax2 captures M2 as a software-derived condition from M1 and M0 data, not directly. The accuracy is typically adequate for production use but a dedicated M2 spectro might be preferred for primary characterization work.
IntelliTrax2 reads patches as small as 2 mm in height (small patch) or 3 mm (medium or polarizer patch). This is significantly tighter than legacy inline systems, which typically required 4-5 mm. Smaller bars steal less printable area and let you fit more patches on the same sheet width.
What fits at 2 mm: solid C, M, Y, K, three-quarter tone (75 %), midtone (50 %), quarter-tone (25 %), highlight (5 %), gray balance (CMY equal to K), overprint solids (R, G, B), and per-zone bars across the full sheet width. A 32-zone bar plus the global patches fits comfortably on a B1 sheet at the gripper or tail edge.
What breaks at 2 mm: ink trapping is visible. The smaller the patch, the more an ink misregister (typically 0.05-0.1 mm) shows up as patch-to-patch variation rather than within-patch variation. Tight register is a precondition for tight-tolerance 2 mm measurement.
Patch width matters too. The default 3 mm patch width matches the 32-mm ink-zone width well; a bar with 32 zones at 3 mm wide patches gives 96 mm of total bar length per row, comfortably under typical sheet widths.
The trade-off is repeatability. 2 mm patches have lower repeatability than 4 mm patches because the sensor integration window is smaller. For routine production, 2 mm is fine; for press fingerprinting (where you only do it occasionally and want maximum statistical confidence), use 4 mm bars on a dedicated test run.
Non-contact measurement is one of IntelliTrax2's structural advantages. The scan head does not touch the sheet, so there is no contact wear, no transfer of ink to the sensor, and no scratches on the sheet. This is the main reason inline scanners outlive handheld spectros in equivalent duty cycles.
UV LED life is the dominant aging factor. The UV light source ages with operating hours; output gradually decreases, M1 readings drift, and inter-instrument agreement degrades. Annual recertification through X-Rite or a certified service partner restores the calibration and resets the drift clock.
Certification cycles are also a contractual reality. Some brand owners require evidence of recent instrument certification before accepting supplier reports. The certification paperwork should travel with the data trail; keep it in MeasureColor metadata, not in a separate filing system.
Routine maintenance is light: wipe the white reference tile daily with a lint-free cloth, check the track for debris weekly, verify alignment quarterly. The non-contact design means there are no rollers, no platens, no consumables in the data path.
Service partners are the operational reality of running IntelliTrax2 in production. X-Rite has 40+ certified partners globally; the partner ecosystem is mature enough that most pressrooms can get a technician on-site within 24 hours when needed. Negotiate the service contract terms upfront; reactive service is more expensive than proactive maintenance.
The original IntelliTrax (model 2246) is explicitly discontinued by X-Rite. The official support page directs users to upgrade to IntelliTrax2. New parts are increasingly scarce; the service partner network is winding down dedicated 2246 expertise. If you still run 2246 in production, plan the migration before it becomes urgent.
The good news: software-level workflows carry over. If you run MeasureColor Production with a 2246, the same Production install supports a 2900 or 2900PRO after the hardware swap. Job templates, color bars, and tolerance libraries do not need to be rebuilt; they are device-agnostic above the hardware abstraction layer.
What changes: faster scans (under 10 seconds versus 15-20 on 2246), tighter minimum patch size (2 mm versus 4 mm), single-pass dual-condition measurement (M0/M1, M0/M3, M1/M3 versus single condition on 2246), and broader inter-instrument agreement specifications.
What the operator notices on day one: faster cycle time, cleaner data display, tighter measurement tolerances. The training delta is small; a 2246 operator picks up 2900 operation within a shift.
Plan the migration window carefully. The hardware swap requires press downtime (typically half a day) plus calibration and verification on the new instrument (another half day). Schedule it during a known low-demand window; do not migrate the week before a major brand-owner audit.
Total cost of migration is typically 15-25 % of an original purchase, depending on track length and software entitlements. Most pressrooms recover the migration cost within a year through the productivity delta alone, before factoring in the avoided risk of running unsupported hardware.
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