EQUIPMENT & APPLICATIONS
Browse slitting and rewinding equipment by the material or finished roll you produce. For replacement components, use the parts section and share the dimensions needed to check compatibility. Compare the material, winding principle and included equipment scope with DJH as your slitting and rewinding equipment supplier.
DJH Machinery · equipment and application reference
MATERIAL & PRODUCTION REQUIREMENTS
Compare material requirements and winding formats before defining the final machine configuration.
MACHINES
Browse the seven equipment application categories. Material structure, roll format and operating requirements determine the configuration to assess.
Match your paper grade, parent roll and finished-roll requirements to a suitable slitting and rewinding configuration. Compare the listed models, then confirm the details that matter for your production. As a paper slitting machine supplier, DJH helps you compare the proposed equipment against your paper grade, grammage, slit widths and finished-roll dimensions.
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Define the film structure, thickness and finished-roll quality you need. Review cutting, web handling and rewinding as one connected configuration. As a film slitting machine supplier, DJH helps you compare the proposed equipment against your film structure, thickness, tension requirements and finished-roll quality.
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Start with the foil grade, thickness and required slit edge. Discuss roll handling, cutting and rewinding around your material specification. As a metal foil slitting machine supplier, DJH helps you compare the proposed equipment against your foil grade, thickness, edge requirements and roll dimensions.
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Match the slitting and rewinding discussion to your nonwoven construction, roll format and finished-roll requirements. As a nonwoven slitting rewinder supplier, DJH helps you compare the proposed equipment against your web construction, bulk, stretch and required winding firmness.
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Plan your thermal-paper roll requirements around width, length, core size and coating condition—not just the machine’s headline speed. As a thermal paper slitting machine supplier, DJH helps you compare the proposed equipment against your thermal coating, finished width, roll length and core dimensions.
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Share the tape construction and the rolls you need to produce. Define the cutting process, adhesive behaviour and handling requirements before choosing equipment. As a adhesive tape slitting machine supplier, DJH helps you compare the proposed equipment against your backing, adhesive, liner and required cutting process.
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Define the label construction and finished-roll specification. Review web handling, slitting and rewinding without assuming inspection or finishing modules are included. As a label slitting and rewinding machine supplier, DJH helps you compare the proposed equipment against your face stock, adhesive, liner and downstream finishing requirements.
Explore Application ↗EQUIPMENT
A horizontal paper-converting configuration with the largest listed parent-roll diameter in this comparison.
A horizontal configuration to review where the listed roll sizes and slit-width requirement fit the paper application.
A vertical format with a smaller listed finished-roll diameter. Include installation space and roll handling in the review.
EXPLORE THE MODELS
Compare the construction, width configurations and material considerations on each model page.
QFJ-A500 Horizontal Slitter Rewinder
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QFJ-B500 Vertical Slitter Rewinder
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QFJ-C400 Centre-Surface Slitter Rewinder
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QFJ-AF400 Horizontal Slitter Rewinder
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QFJ-AF500 Split-Layout Slitter Rewinder
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QFJ-A200 Horizontal Slitter Rewinder
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QFJ-B200 Vertical Slitter Rewinder
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QFJ-C200 Centre-Surface Slitter Rewinder
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QFJ-LM400 Large-Roll Slitter Rewinder
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QFJ-DY Corona Treatment Slitting Machine
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FJ-B Small-Core Rewinding Machine
Explore Machine Details ↗MACHINE FORMATS & CONFIGURATIONS
Horizontal, vertical and centre-surface layouts serve different roll requirements. Compare parent-roll capacity, finished diameter and winding construction before choosing a speed range.
| Model | Winding format | Listed speed | Min. slit | Parent Ø | Finished Ø |
|---|---|---|---|---|---|
| QFJ-A400 | Horizontal · air-shaft rewinding | 400 | 30 | 1,200 | 1,000 |
| QFJ-AF400 | Horizontal · large-roll layout | 400 | 30 | 1,200 | 1,000 |
| QFJ-A500 | Horizontal · differential-shaft rewinding | 500 | 20 | 800 | 600 |
| QFJ-AF500 | Horizontal · separate unwind section | 500 | 20 | 1,200 | 600 |
| QFJ-B500 | Vertical · differential-shaft rewinding | 500 | 20 | 700 | 400 |
| QFJ-A200 | Horizontal · magnetic-powder tension control | 200 | 20 | 1,000 | 600 |
| QFJ-B200 | Vertical · magnetic-powder tension control | 200 | 20 | 700 | 400 |
| QFJ-C400 | Centre-surface contact winding | 400 | 5 / 10 | 1,200 | 600 |
| QFJ-C200 | Centre-surface contact winding | 200 | 10 / 20 | 1,000 | 600 |
| QFJ-LM400 | Ground-roll · large-roll configuration | 400 | 100 | 1,500 | 1,200 |
Values describe the configurations shown, rather than guaranteed production performance. Width-dependent slit limits are explained below. Material grade, thickness, slit pattern and final equipment scope determine suitability. Different versions of the same model must be compared using a matching specification.
A large-roll horizontal layout with separate servo control for each rewind shaft. Chain unloading and independent shaftless loading address roll-handling requirements.
A horizontal configuration with a separate unwind section. Review the complete floor plan, loading access and finished-roll removal route.
Differential rewind shafts and separate servo control provide a configuration to discuss when slit lanes need individual winding accommodation.
A split layout combines differential-shaft rewinding with a larger parent-roll diameter than the A500 configuration.
An integrated vertical format for smaller finished-roll diameters. Consider operator access, core preparation and handling alongside available floor space.
Air-shaft rewinding with separate magnetic-powder tension control. Compare the required roll quality and material range with the proposed tension system.
An integrated vertical layout with air-shaft rewinding. Review roll sizes, changeover frequency and installation conditions.
Separate servo control for the winding shafts. The 1,300 mm configuration lists a 5 mm minimum slit; the 1,800 mm configuration lists 10 mm. A connected-layout version lists an 800 mm parent roll.
Magnetic-powder tension control for the winding shafts. The 1,300 mm configuration lists a 10 mm minimum slit; the 1,800 mm configuration lists 20 mm.
A ground-roll layout with shafted or shaftless winding arrangements. Working-width configurations of 1,600, 2,000 and 3,000 mm address wider-web requirements.
A surface-treatment configuration for improving adhesion before printing, coating or laminating. Listed slitting speed: 300 m/min; parent-roll diameter: 1,000 mm; finished-roll diameter: 600 mm. Treatment requirements and the measured surface result belong in the application specification.
A rewinding configuration for smaller finished rolls. One version lists 200 m/min with a 600 mm parent roll and 200 mm finished roll; another lists 300 m/min with a 1,000 mm parent roll and 300 mm finished roll. Confirm the core, roll length and web material for the selected version.
An air-shaft, servo-controlled configuration for applications including nonwoven webs. Listed speed: 400 m/min; minimum slit: 100 mm; parent-roll diameter: 1,000 mm; finished-roll diameter: 800 mm. Assess bulk, compressibility and the required winding firmness for the actual fabric.
APPLICATION & PROCESS
Review core engagement, shaft load and finished-roll handling. Large-diameter rolls require attention to support and removal as well as torque.
Consider this construction where several slit lanes must rewind together. Lane width, thickness variation and winding firmness should be assessed using the actual web.
Contact with the winding surface changes how the roll is formed. Confirm contact sensitivity, slit width and the required finished-roll structure.
Large-roll, single-shaft, small-core rewinding and corona-treatment layouts address different tasks. Identify which operations belong in your line.
PARTS & ACCESSORIES
Explore blades, air shafts and rollers for cutting, gripping, spreading, contact and cooling duties. Start a replacement inquiry with a drawing and installation dimensions.
QUOTATION & SUPPLY SCOPE
Compare each offer against the same material, roll format, cutting method and winding principle. Record included modules, controls, loading and removal equipment before comparing prices.
Ask for standard equipment and optional items to be listed separately. Include commissioning, operator training, documentation and initial spare-part requirements in the discussion.
Provide quantity and destination. Confirm price, currency, delivery basis, packing, production schedule and any excluded freight or import charges in the quotation.
Agree representative material inspection, measurement criteria and supplied configuration before ordering. Confirm warranty terms, installation responsibilities and spare-part support with the proposal.
BEFORE YOU SPECIFY
Start with the material and roll format. A model can then be assessed against the required cutting and winding conditions.
No. Achievable production speed depends on the material, slit pattern, roll condition and confirmed configuration.
Yes. Send the specification together with the material and finished-roll requirements so the relevant details can be reviewed.
YOUR MATERIAL. YOUR FINISHED ROLL.
Share your material, roll dimensions and production requirements. Start with the information you have.