Manufacturing Plant 1575 Model Tissue Toilet Paper Making Machine

The machine is rated at 150 meters per minute, which equals 9,000 meters per hour (150 m/min × 60 min). Actual output will vary with roll length, perforation settings, number of plies and downtime.

It is designed to produce toilet tissue and related tissue towels. With appropriate tooling and settings it can typically handle different ply counts and convert tissue grades used for commercial toilet paper and towel products.

According to the provided specs: maximum workable width 3,600 mm; machine weight 25,000 kg; dimensions listed as 3500 × 1500 × 700 cm. Note: some listed units appear inconsistent (see electrical/power entries below) — confirm exact dimensional units with the supplier before site planning.

The product description contains inconsistent entries for voltage and power (e.g., 'Voltage1880 mm' and 'Power (W)250000 kg'), so the precise electrical supply and total power draw are not reliably stated. Before purchase, obtain the machine's electrical datasheet (voltage, phase, frequency, full-load kW and starting current) from the manufacturer or vendor to size transformers, breakers and cabling.

Core components listed include engine, motor, pump and bearings. Quality and processing features include a double-disc refiner, low-consistency and high-consistency cleaners, video outgoing inspection for quality assurance, and a provided machinery test report.

Calculate: (machine speed in m/min × 60) ÷ roll length (meters) = rolls per hour. Example: at 150 m/min = 9,000 m/hr; if each roll is 20 m, then 9,000 ÷ 20 = 450 rolls per hour. Adjust for core diameter, perforation length and production losses.

Typical requirements: reinforced foundation and floor loading design for a ~25,000 kg machine, crane or forklift for placement, correct electrical supply and cabling, water and (if needed) steam or compressed air connections, piping for effluent, and on-site commissioning by qualified technicians. Expect several days to a few weeks for full commissioning depending on site readiness and complexity.

Daily: visual inspection, cleanings of conveyors and cutters, check bearings and lubrication points. Weekly: inspect belts, pumps, filters and safety interlocks. Monthly: check rollers, refiner condition, alignment and motor coupling, change lubricants as needed. Annual: full inspection, overhaul of critical components, and alignment checks. Follow the manufacturer's maintenance manual for intervals and part numbers.

The description does not list spare-part policy. Confirm with the supplier about availability of critical spares (bearings, blades, refiner disks, pumps, electrical components), recommended spare inventory, lead times, and whether on-site service or service contracts are offered.

Operators should have mechanical aptitude and experience with paper converting equipment. Technicians for maintenance should be qualified electricians/mechanics familiar with rotating machinery, pumps and control systems. Ask the vendor about operator and maintenance training included with purchase.

Many tissue machines can be customized (different working widths, additional plies, embossing/printing or rewinding configurations). Confirm with the manufacturer what custom options, upgrade paths and tooling changes are available for the 1575 model.

The spec lists a machinery test report and video outgoing inspection for quality assurance. Request the factory acceptance test (FAT) documentation and video, along with test certificates for critical components before shipment.

With a shipping weight around 25,000 kg, plan heavy-transport logistics, appropriate crating, lifting gear, and customs/permits if importing. Prepare a reinforced foundation, adequate access for cranes and trucks, and space for installation and spare parts storage. Confirm machine footprint and exact packed dimensions with the supplier.

Consider electrical power consumption (confirm kW rating), water usage for pulp processing/cleaners, effluent handling/treatment, and compressed air requirements. Noise and dust controls may be necessary. Request the vendor's utility consumption figures and environmental control recommendations.

Confirm: exact electrical requirements (voltage, phase, frequency, full-load kW), validated machine dimensions and footprint with units, foundation loading diagram, production guarantees (speed vs. product type), warranty terms, spare-part list and lead times, training/commissioning scope, and delivery/installation schedule.