CF-3000 vs. CF-6000 Sublimation Printers: Which Line Fits

Choosing between two textile printers often starts with a speed number. On a real production floor, that is only part of the decision. A 1900 mm layout, six printheads, a 200 square meter per hour one-pass figure, or a more compact machine body can each matter more than the headline number, depending on the order mix.

Speed Is Only the First Buying Question

The ratings of CF-3000 are 162 square meters per hour for 2-Pass, 109 for 3-Pass, and 82 for 4-Pass. The ratings of CF-6000 are 200 square meters per hour for 1-Pass, 110 for 2-Pass, and 75 for 3-Pass.

These figures are good for a preliminary evaluation, but they do not represent an ultimate productivity statement. The artwork area to be printed, the ink loading, the print mode selected, the drying process of the paper, the structure of the fabric, and the tolerance of the client all affect the actual productivity. A 1-Pass print which is fast but requires reprinting, will not be beneficial in respect of the shipping schedule.

For a proper comparison, use the same file, sublimation ink, paper, fabric, RIP settings, and transfer conditions. Measure square meters or usable meters, cleaning stops, faulty panels, and the required time to go from printing to transferring.

CF-3000: A Wider Layout with Straightforward Continuous Printing

CF-3000 offers a 1900mm print dimension and an effective width of 1900mm. That extra 100mm compared with CF-6000 can be useful when a fabric layout is close to the machine limit. It may reduce split layouts or narrow leftover strips in sportswear panels, home textile pieces, flags, and other polyester applications.

The machine uses three Epson I3200-A1 printheads and CMYK sublimation ink. Its listed functions include automatic nozzle cleaning and moisturizing, a liquid-level alarm, four large-capacity ink cartridges, a THK silent guide rail, and a fluorine-rubber paper pressing roller designed to keep feeding smooth and reduce wrinkles or static-related movement.

The machine body is listed as 3180 x 1025 x 1670 mm. The narrower footprint can help where the printer must share a room with drying, inspection, roll storage, and a heat transfer machine. The 1670mm height should still be included in the installation plan, especially where overhead clearance is limited.

CF-6000: More Heads for High-Throughput Output

Six Epson 5113 Printheads and a One-Pass Mode

CF-6000 is listed with six Epson 5113 printheads, CMYK sublimation ink, and a 1800 mm effective width. The page gives a 1-Pass speed of 200 square meters per hour, followed by 110 in 2-Pass and 75 in 3-Pass. That combination is aimed at lines that need a high-output mode for suitable artwork and a slower mode when coverage or detail demands more passes.

Secondary Ink Supply for Long Runs

CF-6000 highlights a secondary ink supply system and a two-stage continuous ink supply system. Four high-capacity cartridges are described as supplying separate nozzle rows for long printing runs and thick images. An anti-collision frame is also listed, with nozzle position adjustment for different printing materials.

This is relevant when the line runs long shifts with limited time for manual intervention. The buyer should still confirm ink compatibility, filter and tube maintenance, cleaning frequency, and the restart procedure after a stop. A larger supply system can support continuity, but it also needs a clear service routine.

Width, Pass Mode, and Machine Footprint in One Comparison

A compact comparison helps separate the published specifications from the production decision. CF-3000 is wider in effective print area, while CF-6000 offers a higher listed one-pass figure and more printheads.

CF-6000 is listed at 3180 x 1700 x 1500 mm, so it needs more floor width than CF-3000 even though its effective print width is 1800 mm. Leave room for loading, cleaning, roll movement, electrical access, and operator circulation.

Match Paper, Ink, and Transfer Equipment to the Printer

Printer selection cannot be separated from the consumables. The paper must dry at the planned speed, hold the selected ink load, remain flat through feeding, and release dye consistently during heat transfer. Changfa’s sublimation paper range covers common weights from 40gsm to 100gsm and widths from 61cm to 320cm, which gives buyers room to match paper to the printer and fabric layout. Relevant sublimation paper options should be tested on the actual line.

Ink matching is just as practical. The CF-3000 and CF-6000 pages specify different Epson printhead families, so a buyer should not move ink between the two systems without checking flow, color, drying, cleaning, and long-run stability. Changfa’s sublimation ink range can be evaluated against the selected printhead and RIP profile rather than treated as a separate purchase.

The transfer machine also sets a limit. If the printer can produce a wider roll than the heat transfer machine can handle, the apparent capacity becomes a bottleneck. Paper width, fabric width, tissue or protective paper coverage, transfer pressure, and cooling should be included in the same test plan.

Test Both Models on Real Production Files

Use Long Runs to Expose the Expensive Problems

A short strip can show color and detail. It cannot show whether a line will keep feeding after several hundred meters. Run the files that represent the order book, including large areas, repeat patterns, gradients, and the darkest colors. Compare the beginning, middle, and end of the roll for color shift, drying, edge clarity, curl, and winding.

Track nozzle checks, cleaning pauses, paper alignment, ink use, roll changes, and transfer rejects. If CF-6000’s one-pass mode meets color requirements on a suitable file, it may bring useful capacity. If a customer requires a denser mode, CF-3000’s 2-Pass and 3-Pass figures may be more relevant than the one-pass headline on the other machine.

Include Space, Maintenance, and Repeat Orders

Before approving a model, walk through the whole line. Check whether the machine can be loaded without moving finished rolls, whether operators can reach the printheads, and whether drying and heat transfer are close enough for a clean handoff. Add spare printhead planning, approved ink, paper cores, cleaning materials, and restart instructions to the operating file.

A supplier should also confirm that the sample specification can be repeated in bulk. Changfa Digital produces base paper, coating, slitting, and packing in-house, with four coating lines, four slitting workshops, and ten slitting machines. For a printer buyer, that matters when the paper width, coating, roll length, core, label, and export packing need to remain consistent across repeat orders.

Samples and matching advice are more useful before the model is fixed than after installation. Buyers can ask for Changfa Digital service support around printer, ink, paper, testing, OEM/ODM, and packing details. The wider product context is also available from تشانغفا الرقمية.

The practical choice is clear once the line is measured. CF-3000 deserves priority when a 1900 mm width, a narrower body, and regular 2-Pass or 3-Pass production fit the factory. CF-6000 deserves priority when a larger footprint is acceptable and a six-head system with a listed 1-Pass mode matches the order mix. Choose after a long-run test, not by model number alone.

أسئلة متكررة

Q1: Is CF-6000 always faster than CF-3000?

A1: No. CF-6000 has a listed 1-Pass speed of 200 square meters per hour, while CF-3000 lists 162 in 2-Pass and 109 in 3-Pass. The suitable mode, file coverage, color target, and rejected output determine usable production speed.

Q2: Which model is better for wider textile layouts?

A2: CF-3000 has a listed effective width of 1900mm, compared with 1800mm for CF-6000. It is the better starting point for wider layouts, but the paper width and heat transfer machine must support the same working width.

Q3: What should buyers test before choosing between the two printers?

A3: Test the same artwork, ink, paper, RIP, fabric, pass mode, and transfer settings on both machines. Record actual output, cleaning pauses, color consistency, roll winding, transfer rejects, maintenance access, and whether the supplier can repeat the sample specification in bulk.