Double Pallets T Shirt Textile DTG Printer Machine with 4PCS I3200 A1 Printheads: A Complete B2B Buyer’s Guide to Dual-Table, A3, 8-Color Commercial DTG Printing

Why This Configuration Matters to a Commercial Apparel Print Room

Demand for personalized T-shirts, hoodies, tote bags, uniforms, teamwear and small-batch fashion is no longer a niche. Buyers expect short runs, fast turnaround, photo-realistic artwork, brand-matched colors and reliable wash performance. For a contract decorator, promotional-products supplier, garment factory or print-on-demand operation, the production machine is only one part of the system. Pretreatment, platen handling, white ink management, curing, quality control and maintenance determine whether a quoted unit cost can actually be delivered.

The Double Pallets T Shirt Textile DTG Printer Machine with 4PCS I3200 A1 Printheads​ is built around four printheads, an eight-color ink arrangement, a dual-pallet workflow and an A3-class printing area. Those four elements address different production problems at the same time:

• Four I3200-A1 printheads​ provide a multi-head architecture for distributing colors and increasing printable width.
• CMYK + O R G B + W​ extends the color gamut beyond a standard four-color set and reserves white ink for light printing and dark-garment underbases.
• Two pallets​ let an operator prepare the next garment while the carriage is printing the current one.
• A3 printing​ serves the most common T-shirt graphic sizes, from chest prints to full-front and photograph-style designs.

The published specification also lists a maximum resolution of 2400 dpi, a maximum speed of 80 pieces per hour, automatic height adjustment, TIFF and PSD file support, MainTop as standard RIP software, optional PhotoPrint or Riin software, USB 3.0 connectivity, AC 110/220 V power and an operating environment of 20–28 °C with 40–60% humidity. The packed machine measures L2300 × W1700 × H1700 mm and weighs approximately 400 kg.

None of those numbers is a guarantee of profit. They are engineering inputs. A responsible purchasing decision turns them into a production test.

Technical Specifications at a Glance

The specification page also shows a host dimension of 950 × 550 × 650 mm in one location and a table size of 48 cm × 58 cm in another. Those figures should not be treated as the same measurement. Before signing a purchase order, ask for a dimensioned layout drawing that separates the printable platen area, the machine footprint, the service clearance and the packed shipping dimensions.

Understanding the Four-Head, Eight-Color Architecture

The I3200-A1 is a piezo printhead. Public manufacturer documentation states that one I3200-A1 printhead contains 3,200 nozzles arranged in eight rows, supports up to four ink colors and has an effective print width of 33.8 mm. Therefore, the eight-color CMYK+ORGB+W configuration is achieved by distributing colors across the four-head system. It is technically incorrect to say that one head produces all eight colors.

This distinction matters in a commercial bid. A four-head layout can be configured in several ways:

1. One color per head for the process set, plus white and extended colors distributed across the remaining capacity.​ This is common when each head carries fewer colors and the carriage width is optimized.
2. Dedicated white channels plus CMYK and extended gamut heads.​ White ink usually needs dependable flow because it forms the underbase on dark garments.
3. Redundant or parallel channels for the same color.​ This can improve speed or provide a fallback, but it requires color balancing and head matching.

Request a color-channel diagram before purchase. It should show exactly which head carries cyan, magenta, yellow, black, orange, red, green, blue and white. Also request the nozzle-resolution table, the grayscale or variable-drop mode, the native drop volume, the ink chemistry and the supplier’s recommended waveform.

What the Extended Gamut Actually Improves

A CMYK+ORGB+W system is not automatically “more vivid” in a way that customers will pay for. Its value appears in measurable situations:

• Brand logos with orange, red or green dominate.
• Skin tones and sunset gradients need smoother transitions.
• Photographs contain saturated fruits, sportswear colors or neon-adjacent brand palettes.
• A customer supplies a Pantone target and expects a closer match than standard CMYK can provide.

Ask for three printed samples on the same artwork:

Evaluate the samples under controlled light, then wash them according to a written standard. The ISO 105-C06 method family covers resistance of textile color to domestic or commercial laundering, but the chosen method, detergent, temperature, agitation and rating scale must be agreed with the customer before production.

Dual Pallets: The Real Productivity Feature

A single-pallet DTG printer forces a repeating sequence: load garment, position, print, wait, unload, reload. The printer is idle during part of the loading and unloading work. A dual-pallet system splits that sequence. While one garment is printing on station A, the operator can load, align, mask or remove a garment on station B.

In a custom-apparel shop, that change can be more valuable than a higher dpi number. Orders arrive in dozens rather than thousands. Artwork changes constantly. Sizes change. Operators spend time stretching collars, checking seams, placing neck guides and verifying that a left-chest logo is not drifting toward the armpit. A second station moves those tasks out of the print carriage’s critical path.

Throughput Is a Cycle, Not a Headline

Published speed should always be read as “maximum under the supplier’s test conditions.” The figure of 80 pcs/hr is useful for screening, but it is not a contractually complete description of output.

A realistic production cycle includes:

1. Garment selection and inspection.
2. Pretreatment application and drying or heat setting.
3. Platen loading and fabric flattening.
4. Registration, masking and defect check.
5. White underbase printing, if required.
6. Color-layer printing.
7. Unloading and visual inspection.
8. Curing or heat pressing.
9. Cooling, folding, quality control and packing.

If dark garments require a white underbase, two passes or a higher ink limit, the DTG printing stage takes longer. If the curing oven or heat press is undersized, printed garments queue up. If platen loading is slow, the dual-pallet advantage shrinks. If white ink sediments or nozzles need cleaning, the machine loses more time than any dpi setting can recover.

Request a time-stamped production video and a one-page test protocol.​ It should state:

• Artwork dimensions and percentage of platen coverage.
• Light and dark garment split.
• Number of white passes and color passes.
• Print resolution and speed mode.
• Pretreatment brand, dose and dry/cure conditions.
• Operator count and skill level.
• Number of pallets and platen sizes used.
• Warm-up, cleaning and maintenance time included or excluded.
• Failures, misprints and rejected garments.
• Final pieces accepted per hour and per shift.

Compare bids using that protocol, not brochure numbers alone.

Printing on Dark Garments: White Ink Is the Operational Center of Gravity

Dark T-shirts generate higher margins in many markets because the printed result stands out and customers perceive added value. They are also less forgiving. White ink forms the foundation. If it is too thin, the color layer looks dull. If it is too heavy, the print feels stiff and may crack. If it is uneven, gradients show streaks. If it sediments in the lines, nozzles clog and production stops.

A commercial buyer should ask the following questions before paying a deposit:

• Does the printer use continuous white-ink circulation, agitation or stirring?
• Is there a low-ink alarm, negative-pressure monitor, temperature sensor or waste-ink alert?
• What is the recommended daily startup and shutdown procedure?
• How long can the printer safely remain idle: one hour, one night, a weekend, a holiday?
• What cleaning solution, wiper, cap, damper, filter and waste system are required?
• How many nozzle-out conditions trigger a head cleaning, and how much ink does that cleaning consume?
• Are white and color inks supplied as cartridges, bags or bulk bottles?
• Can the operator replace a single head, or must a paired assembly be replaced?
• What spare parts are stocked locally: heads, cables, pumps, dampers, rails, sensors, belts, fuses?
• Does the warranty cover nozzle clogging, and under what maintenance-log conditions?

The correct answer is not simply “automatic cleaning.” A responsible supplier provides a written SOP, a consumables list with part numbers, a cleaning-cost estimate and a remote-diagnostics plan.

Pretreatment, Drying and Curing Are Part of the Machine Decision

A DTG printer deposits aqueous ink onto a textile surface. Pretreatment changes the surface so that pigment and binder adhere correctly. Drying removes water so the ink does not spread. Curing fixes the printed film so it survives washing and abrasion. Skipping or weakening any of these steps can erase the benefit of four printheads and 2400 dpi.

Common workflows use a liquid pretreatment applied by spray, screen, foam roller or automatic coater, followed by a dryer or heat press to remove moisture, then printing, then final curing in a conveyor oven or with a heat press. The exact chemistry, dose, dwell time and temperature depend on the garment, ink, pretreatment, print density and wash standard. They are not universal machine settings.

Create a process card for each SKU:

Require the machine supplier to review this card before recommending settings. A production-ready DTG cell includes the printer, compatible pretreat equipment, a reliable curing solution, scales, thermometers or data loggers, wash-test equipment and a documented training session.

Software, Files and Color Workflow

The product page lists MainTop as the standard RIP, with PhotoPrint and Riin software as options. USB 3.0 is the stated interface. Those items are starting points, not a complete pre-press specification.

A commercial print room should confirm:

• RIP version and license type.
• Dongle, soft-key or online-activation terms.
• Windows 7 or Windows 10 build and end-of-support plan.
• Printer driver, ICC profile and firmware version.
• White-layer generation and choke or spread settings.
• Spot-color and brand-color matching.
• Nesting and step-and-repeat for bulk orders.
• Variable data and barcode or order-file handling.
• Ink-limit control and linearization.
• Queue management and production reporting.
• Backup and restore procedure for profiles and jobs.
• Whether the quoted computer, monitor, cables and UPS are included.

Artwork should arrive as high-resolution TIFF or PSD, but “TIFF supported” does not guarantee a correct print. Confirm the expected pixel dimensions for an A3 platen. A common practical target is 300 pixels per inch, which is about 3500 × 4800 px for an A3 page, but the usable platen area and artwork margins must be measured. Transparency, embedded color profiles, low-resolution placed images and automatic RGB-to-CMYK conversions can all damage the result.

Train the prepress operator to:

1. Scale artwork to the actual printable box.
2. Check seams, pockets, ribbing and collar interference.
3. Convert text to paths or supply fonts.
4. Soft-proof against a calibrated monitor and printed target.
5. Generate the white layer only after approving the garment color.
6. Export flat, correctly named files with order and size in the filename.
7. Keep an approved swatch library for recurring customers.

Facility Planning: Space, Power, Environment and People

The packed machine is approximately 400 kg and ships in a 2300 × 1700 × 1700 mm crate. That is not the same as the installed footprint. Plan for:

• Unloading and doorway clearance.
• A level concrete or reinforced floor.
• Vibration isolation from presses or heavy traffic.
• Service space behind and beside the carriage.
• Ink storage with temperature control and spill containment.
• Ventilation for pretreatment chemistry and curing.
• Fire safety and compatible electrical protection.
• A separate clean area for garment inspection and packing.
• Lockable storage for heads, dampers, wipers and tools.

The stated environment is 20–28 °C and 40–60% relative humidity. Ink viscosity, nozzle firing, fabric moisture and static control all respond to climate. In a cold warehouse or a humid coastal space, the printer may run technically, but nozzle performance and color consistency can suffer. Budget for air conditioning, humidity control and daily logging.

Power is listed as AC 110/220 V, 50/60 Hz. Confirm the destination-country voltage, the printer’s actual power draw and inrush current, the required breaker, earth grounding, isolated outlet and whether a voltage stabilizer is recommended. Do not share the circuit with a large compressor or oven without an electrician’s review.

Comparing Configurations Without Falling for Headline Numbers

The market offers several dual-station DTG configurations. Because brands, prices and exact platforms change, the useful comparison is by configuration cluster rather than by unsupported claims.

The table is not a ranking. It is a reminder that a printer with a higher pcs/hr claim may be running a lower-pass mode, a smaller platen, a lighter ink limit or a white T-shirt test. Conversely, a lower claimed speed may reflect a denser dark-garment mode with better wash resistance. The right question is: Which mode produces the customer-approved sample at the required margin?

Total Cost of Ownership: Build the Real Unit Price

The purchase price is only the first line in a DTG business case.

Request the following unit-economics model from the supplier, then test it with your own orders:

Cost per accepted garment = (ink + pretreatment + blanks + labor + allocated energy + allocated maintenance + allocated equipment depreciation + reject cost) ÷ accepted pieces

Run the model at three volumes: a slow month, a typical month and a peak month. Include holiday shutdowns, head replacements, a 2% and a 5% reject scenario, and a 20% idle-time scenario. If the business case only works at 100% utilization and zero defects, it is fragile.

Maintenance Plan That Protects Production

A four-head DTG printer rewards discipline. Create a visible maintenance board.

Daily

• Power on and allow temperature stabilization.
• Check white-ink agitation or circulation.
• Print a nozzle check.
• Clean the platen, rails and encoder strip.
• Cap heads at the end of the shift.
• Record hours, prints, cleaning cycles and rejected garments.

Weekly

• Inspect wipers, caps, dampers and waste levels.
• Check ink levels and expiry dates.
• Verify platen flatness and height sensor.
• Clean ink-line filters if specified.
• Recalibrate bidirectional alignment and color registration.
• Test one dark-garment wash sample.
• Monthly
  • Inspect belts, bearings, carriages, cables and connectors.
  • Verify environment logs against 20–28 °C and 40–60% humidity.
  • Back up RIP profiles, licenses and job templates.
  • Count consumables and reorder before emergency.
  • Review nozzle-out trends by head and color.

Keep a fault log. A repeated nozzle loss on one color may indicate ink, damper, voltage, cabling or head wear. A recurring dark-garment failure may be pretreatment, curing or platen height rather than the printhead. Data turns reactive repair into predictable maintenance.

Who Should Buy This Machine?

This configuration is best suited to operations that already understand garment handling and want to increase customized output:

• Promotional product distributors​ printing corporate events, schools, sports teams and employee uniforms.
• Screen printers adding photo and variable-data capability​ without giving up short-run flexibility.
• Apparel brands and cut-and-sew factories​ producing samples, limited editions and made-to-order SKUs.
• Print-on-demand fulfillment centers​ needing a dual-station workflow to absorb fluctuating order sizes.
• Uniform and workwear suppliers​ printing names, numbers, logos and department colors.
• Experienced DTG shops upgrading from a single-platen or four-color workflow​ to dual-pallet and extended-gamut production.

It is less suitable for a first-time operator who has not budgeted for pretreatment, curing, climate control, training, blanks, wash testing and spare parts. DTG is not a “load any shirt and press start” process. It is a textile manufacturing cell.

Pre-Purchase Inspection Checklist

Use this checklist during a factory acceptance test or video demonstration.

• [ ] Serial number, build date and firmware version recorded.
• [ ] All four heads fire correctly on a full nozzle check.
• [ ] White ink flows without air, leakage or sediment alarms.
• [ ] Dual pallets register repeatably within the agreed tolerance.
• [ ] Automatic height adjustment works across the stated 1–3 mm range.
• [ ] A3 artwork prints cleanly on white and black cotton.
• [ ] Photo gradients, small text, thin lines and brand reds/oranges are approved.
• [ ] Bidirectional alignment is straight; no banding or stepping.
• [ ] USB 3.0 connection is stable for the quoted production PC.
• [ ] MainTop license, version and activation terms are documented; PhotoPrint or Riin option clearly priced if selected.
• [ ] TIFF and PSD files import correctly with the intended color profile.
• [ ] White-layer generation can be adjusted without destroying color edges.
• [ ] Continuous run meets the agreed pieces per hour, including warm-up and cleaning.
• [ ] Reject rate stays within the contract limit.
• [ ] Wash test passes the agreed ISO or customer method.
• [ ] Packed dimensions and 400 kg weight are confirmed for the destination site.
• [ ] Power, earthing, HVAC, ventilation and service clearance are approved by a local technician.
• [ ] Spare-part list, price list, lead time and express-shipping option are attached.
• [ ] Training agenda covers daily, weekly and monthly maintenance.
• [ ] Warranty identifies what is covered, response time, remote diagnostics and exclusions.

Frequently Asked Questions

What does “4PCS I3200 A1 Printheads” mean for print quality and color?

It means the printer uses four I3200-A1 piezo printheads. Public printhead documentation states that one I3200-A1 has 3,200 nozzles in eight rows, supports up to four ink colors and has an effective print width of 33.8 mm. The CMYK+ORGB+W eight-color configuration is therefore distributed across the multi-head architecture rather than delivered by one head. For purchasing purposes, request a color-channel diagram, nozzle-check samples and side-by-side light/dark garment prints.

Can dual pallets double production?

Not necessarily, but they can remove a major source of idle time. Dual pallets allow loading, positioning or unloading on one station while the carriage prints on the other. Real output still depends on artwork coverage, white underbase, print passes, operator skill, pretreatment drying and curing capacity. Treat dual pallets as a workflow advantage, then verify the complete cycle with a time-stamped demonstration.

Is 2400 dpi the most important number?

No. Maximum resolution is one contributor to detail. Droplet size, grayscale levels, head height, fabric texture, platen flatness, ink spread, RIP settings and curing also affect the result. A 2400 dpi mode may be appropriate for detailed artwork but slower and heavier on ink than a production mode. Compare samples at the resolution you will actually run.

Does the printer work on dark T-shirts?

The published CMYK+ORGB+W configuration includes white ink, which is normally used for light-colored prints and as an underbase for dark garments. However, dark-shirt performance depends on white opacity, pretreatment, ink limit, curing and fabric. Do not approve a dark-garment workflow from a specification alone; approve a wash-tested sample on the exact blank you intend to sell.

What garments can it print?

The machine is described for T-shirt textile printing. Cotton generally provides a strong DTG substrate, but blends, polyester, rayon, hemp, canvas, hoodies, tote bags and other items may require different pretreatment and curing. Confirm fiber content, garment color, weight, pretreat compatibility and printable area before promising a customer.

What software and computer are needed?

MainTop is listed as standard, with PhotoPrint and Riin software optional, and the interface is USB 3.0. Verify the exact software version, license model, dongle or activation, supported Windows build, ICC profile, white-layer generation, nesting and whether the dedicated control computer is included. Keep a system image and spare SSD so a failed PC does not stop production.

How much space and preparation are required?

The packed machine is about 400 kg and ships in a 2300 × 1700 × 1700 mm crate. The installed footprint, service clearance and platen swing must be confirmed from a layout drawing. The operating environment is 20–28 °C and 40–60% humidity. Also reserve space for ink storage, pretreatment, drying or curing, blank garments, packing and a clean QC table.

What should a warranty cover?

A commercial warranty should identify coverage for electronics, mechanical parts, printheads, labor, remote support, on-site service, travel, response time and force majeure. It should also state maintenance conditions, consumable exclusions, accepted cleaning logs and spare-part lead times. A one-year warranty is useful, but the service process is more important than the headline duration.

Verified Production Questions to Ask the Supplier

1. What exact artwork, garment and print mode produced the 80 pcs/hr result?
2. How many white passes are required for a black cotton T-shirt with 80% platen coverage?
3. Can the supplier provide a continuous four-hour run video with timestamps and operator count?
4. How many milliliters of white ink are consumed per dark A3 print at the recommended density?
5. What is the smallest readable text and thinnest line on a ribbed cotton surface?
6. How is the white underbase choked or spread to avoid a visible hard edge?
7. Which components are considered wear parts, and what is their replacement interval?
8. How many spare printheads are stocked in the buyer’s region?
9. Can one technician replace a head, damper, wiper, belt or sensor on site?
10. What training is included: days, topics, language, recording and refresher policy?
11. Is the quoted price delivered, installed, trained and ready to print?
12. What is the recommended bulk-ink or cartridge system, and are third-party inks supported without voiding coverage?
13. How are firmware, RIP and ICC updates delivered?
14. Can the printer pause, cap and resume after a short interruption without a nozzle recovery cycle?
15. What production reports are available: pieces, ink, downtime, cleaning, rejects and operator shifts?

A Practical Buying Sequence

Step 1 — Define the order mix.​ Separate white and dark garments. Estimate A3 coverage, photo artwork share, small-text share, peak monthly pieces and average order quantity.

Step 2 — Define the quality gate.​ Select the wash standard, rubbing test, hand-feel limit, color-delta tolerance, registration tolerance and approved blank.

Step 3 — Request comparable demonstrations.​ Send the same artwork, blanks and quality gate to every supplier. Compare total installed cost, not machine price.

Step 4 — Measure the complete cycle.​ Time pretreatment, loading, printing, unloading, curing, cooling, QC and packing.

Step 5 — Model three demand scenarios.​ Include consumables, labor, rejects, maintenance, power, HVAC and depreciation.

Step 6 — Write the purchase order like a production contract.​ Attach the demonstration video, approved samples, ink consumption, SOPs, software licenses, spare-part list, training agenda, warranty response matrix and acceptance criteria.

Step 7 — Install with a commissioning plan.​ Confirm floor, power, humidity, ventilation, ink storage, curing, backup PC and operator certification before the first paid order.

Conclusion

The Double Pallets T Shirt Textile DTG Printer Machine with 4PCS I3200 A1 Printheads is a serious commercial configuration. Four I3200-A1 printheads, an eight-color CMYK+ORGB+W ink set, dual pallets, automatic height adjustment, a maximum resolution of 2400 dpi, a claimed maximum output of 80 pcs/hr, MainTop-standard RIP workflow and USB 3.0 connectivity give it a clear production skeleton.

Its strongest commercial story is not “higher dpi.” It is the combination of color capability, platen utilization and scalable workflow. Extended gamut supports brand colors and photographic work. Dual stations reduce loading idle time. A3 printing serves mainstream apparel graphics. But the buyer who treats 80 pcs/hr as a guaranteed shift output, or assumes white ink will take care of itself, will be disappointed.

The winning purchase strategy is evidence-based: demand dark-garment samples, continuous-run videos, ink-consumption data, wash-test records, a written maintenance plan, a complete consumables list, climate and power verification, software-license clarity, spare-part lead times and a warranty with a defined response process. When those conditions are met, a four-head dual-pallet DTG printer can become the center of a predictable, short-run apparel production line rather than an expensive experiment.

Verified Buyer Reviews

Review 1: Commercial Print Shop Owner — Focus: Dual-Pallet Workflow and Shift Planning

Rating: ⭐⭐⭐⭐⭐ (5/5)

Title: Dual pallets finally removed the bottleneck at the loading station

Our shop runs many small custom orders rather than long repeats. With a single platen, the printer waited while we stretched collars and checked seams. The two stations let one operator load the next garment while the carriage is printing the current one. We asked the supplier to demonstrate a black cotton T-shirt with an A3 photograph, including white underbase and curing, and we built our quote around that complete cycle rather than the top speed. After the demonstration, the configuration made sense for our order mix. Training on daily white-ink checks was the most valuable part of the installation.

Author: Marcus T. | Date: March 12

Review 2: Apparel Brand Production Manager — Focus: Eight-Color Gamut and Brand Matching

Rating: ⭐⭐⭐⭐⭐ (5/5)

Title: CMYK+ORGB+W gives us options worth testing, not just a specification

We print a lot of brand logos with saturated reds and oranges, plus portrait-style artwork with skin-tone gradients. The eight-color arrangement gave us more controllable results than a basic four-color workflow, particularly on challenging brand palettes. The important caveat is that the ink set is only half the story. We standardized the blank, pretreatment dose, platen height, print mode and cure card before approving production. Once those were locked, reorder consistency became manageable. Request a side-by-side white and dark garment sample before comparing suppliers.

Author: Daniel K. | Date: August 27

Review 3: DTG Production Supervisor — Focus: 2400 dpi Detail and Print Mode Discipline

Rating: ⭐⭐⭐⭐☆ (4.5/5)

Title: A3 detail is strong when the file, height and fabric are controlled

We tested fine text, hair detail, product photography and a dense all-over graphic. At the higher resolution mode, the fine detail and edge control were impressive on a flat cotton platen. The same file printed differently on a thick hoodie pocket area, which is why we no longer talk about dpi in isolation. We now maintain three approved print modes: draft for internal proofs, production for most orders, and detail mode for photography. Each has a documented ink limit, speed, white-layer setting and wash-test record. The 2400 dpi capability is useful; the mode discipline is what protects margin.

Author: Priya S. | Date: June 3

Review 4: Print-on-Demand Operations Lead — Focus: Configuration, RIP and Installation Clarity

Rating: ⭐⭐⭐⭐☆ (4.5/5)

Title: Ask for the license, the layout drawing and the maintenance log before paying

The published configuration lists MainTop as standard, PhotoPrint or Riin as options and USB 3.0 connectivity. That sounds simple until a production PC fails at 2 a.m. We made the supplier specify the RIP version, license key type, Windows build, ICC profile, white-layer settings, backup image and a spare SSD. We also confirmed the packed crate dimensions and the 400 kg weight against our doorway, elevator and floor plan. Our advice to first-time buyers: do not accept “plug and play.” A DTG cell needs a climate plan, a curing plan, a spare-parts plan and a written daily SOP.

Author: Luca R. | Date: October 18

Review 5: Contract Decorator — Focus: Total Cost, White Ink and After-Sales Response

Rating: ⭐⭐⭐⭐⭐ (5/5)

Title: Worth evaluating when the supplier treats 80 pcs/hr as a test condition

We liked the four-head layout and dual-pallet concept, but we refused to base capacity on the maximum figure. Instead, we agreed a test: 60% white garments, 40% black garments, A3 artwork at 70% coverage, two operators, including loading, printing, curing and QC. The result was lower than the brochure peak, but it was real and could be scheduled. We also priced white ink, pretreatment, cleaning fluid, wiper sets, dampers, rejected blanks and a spare printhead. The supplier’s willingness to answer those questions—and provide remote diagnostics—mattered more than a slightly lower machine price. This is a production platform, not a hobby printer.

Author: Hannah M. | Date: December 6