Basic introduction:
Classic model, simple installation, convenient operation, easy to start, short training time.
Basic introduction:
Classic model, simple installation, convenient operation, easy to start, short training time.
Automatic paper roll-to-sheet cutting machine with auto stacker and trimmer, the feature is a cost-effective, high-speed cutter, high-precision models, has high-speed, smooth, powerless trimming and slitting functions, and has quick adjustment and locking functions. it is suitable for duplex paper, paperboard, grey paper, double-sided paper, cardboard, gray paper, kraft paper, etc.
1.Paper roll to sheet cutting machine upper knife roller has the British cutter method to effectively reduce the load and noise during paper cutting, and to extend the life of the cutter. The upper knife roller is welded with stainless steel for precision machining, and is dynamically balanced during high-speed operation. Lower tool seat is made of cast iron integrally formed and cast, and then precision processed, with good stability.
2.Three sets of slitting knife unit to have a high speed, smooth and powerless trimming and slitting, with quick adjustment and locking. High rigidity knife holder is suitable for 300m/min high speed slitting .
3.Touch screen controls are used to set and display sheet size, count, cut speed, delivery overlap, and more. The touch screen controls work in conjunction with a Siemens PLC.
HSC-B cutter uses the advanced technology of Taiwan and Britain.
Driven by AC servo motor.Cutting paper stably in high speed.
Germany precise bearing and cutting knife assure the high precision.
Touch interface is simple to operation.
Reasonable inflection device ensures smooth of paper
HSC-B is a simple but highly effective model which can reduce cost and increasebenefit for your company.
ITEM | PARAMETERS |
Model | HSC 1100B/1400B/1700B/1900B |
Reference weight of cutting-paper | 30-550g |
Model of cutting paper | The up knife cut reciprocally and the down knife is fixed |
Cutting accuracy | +/-0.3mm |
Gross weight | 10.000kgs/13.000kgs |
Total power | 28kW |
Power consumption | AC380V/220vx50Hz |
Maximum cutting speed | 300cuts/min |
Maximum cutting meter speed | 300m/min |
Cutting length range | 400-1650mm |
Paper-piling height | 1400mm |
Max. roll diameter | 1800mm(71”)Max |
Maximum paper-cutting width | 1100mm/1400mm/1700mm/1900mm |
The format of slitting | 2sheets |
The request for air compressor | Max.5.5kg/cm2x5m3/min |
1. |
Blade -Tungsten Steel |
2. |
Cast Iron Main |
3. |
Imports Of Electrical Appliances |
4. |
Pneumatic slitting knife |
5. |
Dust removal |
6. |
Color code tracking system |
01. high-precision single knife cutting machine
02. prismatic adjustment system for paper
03. middle slitting and waste collection system
04. automatic counting and label inserting equipment
05. paper transporting equipment
06. automatic paper trimming and collecting machine
07. electrical controlling system
08. servo driver system
09. double lime pneumatic shaftless paper rack
According to HOUSENG Product performance, the machine are mainly used for paper sheeting in Paper Mill, Printing House,Packaging and etc, mainly process including: Unwinding—Cutting—Conveying—Collecting.
2 reels unwinder (1 set EPC)
4 reels unwinder (3 sets EPC)
6 reels unwinder (5sets EPC)
Paper Roll to Sheet Cutting Machine is a device specially designed to cut large rolls of paper into individual sheets of required size. This machine is widely used in printing, packaging, paper processing and other industries to improve production efficiency and accuracy.
The working principle of a paper roll-to-sheet cutting machine is usually to precisely cut the paper roll into the required size of paper through a set of knives or cutter wheels. It has functions such as automatic feeding, automatic cutting and automatic stacking, enabling efficient and continuous operations. The main applications of roll-to-sheet cutting machines include:
Printing industry: Cut large rolls of printing paper into standard size sheets for printing books, magazines, leaflets and other printed matter.
Packaging industry: Cut large rolls of packaging materials such as gray paper, kraft paper, etc. into packaging materials of required sizes.
Paper product manufacturing: Cut large rolls of paper into paper products such as cartons and paper bags of required specifications to meet market demand.
Stationery manufacturing: can be used to produce various stationery products, such as notebooks, letter paper, notes, etc. with precise cutting.
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CUTTING UINT The upper knife uses British cutter method to reduce the load and |
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ELECTRIC CONTROL PART The man-machine interface and HZU processor, mainly used for the |
AUTOMATICALLY ADJUST THE ANGLE (PAPER ALIGNING SYSTEM) The stepper motor precisely controls the precision screw and adjusts |
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MIDDLE SLITTING AND WASTE EDGE COLLECTING SYSTEM 1. The slitting knife at the top can be adjusted up and down, and the |
Upper knife roll has the British cutter method to reduce the load and Rotary cutting knife is made of special alloy steel precision machining, |
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Dual position shaftless pivoting arm unwind stand 1)Max Reel Diameter: 1800mm |
Slitting knife Three sets of slitting knife unit to have a high speed, |
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Motorized double decurler system Effectively remove the curl of the roll to make the paper more flat, |
Delivery and Auto Jogger System Automatically goes down when paper piling up to a certain height. Conveyor system with mult-stage: |
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Electronic control INOVANCE Servo, INOVANCE PLC, Schneider, Eaton. |
Delivery and Auto Jogger System The stacker table has three sides shake finishing function, |
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Transport department The fast/slow speed belt is controlled by the stepless frequency converter, |
Auto counting and Automatic marking Type: Insert after counting precisely Auto -EPC (Edge Paper Control) Precision sensing nozzle which easily available and sensitive . Auto-tension control Put the paper roll diameter and paper weight number into touching screen, |
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Driving Motor system 1, AC Servo motor & encoder for cross knife |
AUTOMATIC SPLICER
SITTING & TRIMMING KNIVES AUTOMATIC CHANGE SYSTEM
PLATFORM WEIGHING SCALE SYSTEM
INFRARED ALIGN AUTO-ADJUSTMENT
COLOR CODESENSOR
DEDUSTING ROLLERS
PALLET PUSHER
AUTO-MATERIALFLOW
INKJET CODING SYSTEM
Optional
Functions Details
35 working days.
50-550g.
This is the most basic single knife model, suitable for most types of paper. The equipment operates stably, is easy to install and operate.
In the foreign trade export market, businesses often face the challenge of selecting cardboard cutting equipment that balances quality, efficiency, and cost. This article will break down its classifications, practical applications, and key purchasing tips to help you find the high cost-performance cardboard cutting equipment that fits your needs.
•Automatic Paper Sheet Cutting Machine: Designed for large-batch foreign trade orders. It features continuous cutting capabilities, driven by an advanced control system that minimizes manual intervention. This type significantly boosts production efficiency, making it suitable for factories handling high-volume cardboard processing for export markets like Europe and Southeast Asia.
•Semi-automatic Paper Sheet Cutting Machine: A cost-effective option for medium-scale production. It combines mechanical cutting precision with simple manual operation, reducing both investment costs and training time for workers. Small and medium-sized foreign trade enterprises (SMEs) often favor this model for its balance of performance and affordability.
•Manual Paper Sheet Cutting Machine: Ideal for small-batch or customized export tasks (e.g., cutting special-sized cardboard for handcrafted products). It is compact, easy to transport, and requires minimal installation space—perfect for buyers with limited production sites but strict cutting accuracy requirements.
HAOSHENG offers multiple types of Paper Sheet Cutting Machine to adapt to different export order scales and production demands, ensuring versatility for foreign trade clients.
The Paper Sheet Cutting Machine plays a critical role in multiple export-oriented industries, addressing diverse cardboard processing needs:
•Packaging Industry: Foreign trade orders for electronics, toys, and daily necessities rely heavily on customized packaging. HAOSHENG’s Paper Sheet Cutting Machine can cut cardboard into various sizes (e.g., small cartons for mobile phone accessories or large boxes for furniture parts), ensuring a perfect fit for exported products and reducing shipping damage risks.
•Printing Industry: After printing brochures, catalogs, or product posters for export, precise paper cutting is essential. This machine delivers clean, smooth cutting edges, enhancing the visual quality of printed materials and meeting the high standards of overseas clients.
•Stationery Manufacturing: For exporters producing notebooks, file folders, or greeting cards, the Paper Sheet Cutting Machine ensures consistent cutting accuracy. It helps maintain uniform product specifications, a key factor in winning long-term foreign trade contracts.
When selecting a Paper Sheet Cutting Machine for foreign trade, focus on these three core aspects to ensure cost-effectiveness:
•Prioritize cutting precision: Overseas clients often have strict size requirements for cardboard products.
•Evaluate durability: Equipment lifespan directly impacts long-term costs.
•Check after-sales support: For foreign trade buyers, timely after-sales service is non-negotiable.
Choosing a suitable Paper Sheet Cutting Machine, especially High cost-performance cardboard Cutting equipment, requires a comprehensive understanding of its classification, uses, and purchasing tips. By considering your own needs, key parameters, and after-sales service, you can select equipment that meets your production requirements and brings more benefits to your business.
HAOSHENG’s Paper Sheet Cutting Machine, as a product preferred for foreign trade export, stands out for its diverse classifications, wide applications, and excellent cost-performance. If you want to learn more about HAOSHENG’s Paper Sheet Cutting Machine or get a tailored quotation, don’t hesitate to contact HAOSHENG!
At the core of every efficient commercial printing operation, industrial sheet cutting machines perform the indispensable task of converting jumbo material rolls into precision-cut sheets. These sophisticated systems empower commercial printing facilities to process diverse substrates with exceptional dimensional accuracy, directly impacting print quality and operational economics. Modern operations rely on these machines to handle: - High-volume coated text papers for publishing applications
- Premium metallic foil boards for luxury packaging projects
- Sustainable kraft stocks for environmentally conscious print campaigns
- Ultra-thin films (as low as 60 micron) for pressure-sensitive label production
- Specialty textured substrates for tactile marketing materials
Modern sheet cutting machines provide the degree of accuracy needed for color-critical commercial printing jobs by maintaining constant ±0.5mm tolerances across materials ranging from 60 to 550 GSM. When processing imported specialty papers, embossed stocks, or premium holographic foils, where material costs can exceed $15/kg, this level of precision is particularly crucial because it minimizes measurement errors that result in expensive substrate waste. By ensuring that sheets feed flawlessly into offset and digital presses, the automation avoids registration problems that lower print quality.
Commercial printing workflows demand specific technological capabilities from sheet cutting machines to maintain competitive throughput:
1. Rotary Shear Precision: The patented "top rotary, bottom fixed" blade configuration produces superior edge quality compared to traditional guillotine cutters. This prevents delamination on foil-laminated stocks and eliminates micro-cracks that weaken folding scores in packaging applications, directly extending product lifespan.
2. Intelligent Dimension Control: Programmable servo systems enable instant adjustment of cutting lengths across a broad spectrum (450-1650mm), facilitating rapid transitions between book signature sheets (typically 420-480mm) and oversized poster prints (up to 1600mm) without mechanical recalibration.
3. High-Velocity Processing: Modern sheet cutting machines achieve sustained throughput of 300 sheets/minute - equivalent to 18,000 sheets hourly - synchronizing perfectly with high-speed digital presses running at comparable speeds.
4. Continuous Production Capability: Engineered to process 1.8m diameter rolls weighing up to 14,000kg with automated stacking to 1.3m heights, these systems support 24/7 operations with minimal operator intervention.
This integrated engineering reduces paper waste by ≥7.8% compared to manual methods while ensuring flawless press feeding alignment - eliminating costly misfeeds that disrupt commercial printing workflows. The technology preserves substrate integrity during processing, preventing surface defects that would otherwise require rejection of premium print jobs.
Sheet cutting machines deliver quantifiable value across multiple commercial printing segments through specialized capabilities:
Premium Packaging Production
- Convert rigid 2mm greyboard into structurally perfect box blanks
- Handle delicate 120 GSM decorative foils without surface compromise
- Maintain critical dimensions for automated folding and gluing lines
- Process specialty materials like magnetic closure boards and RFID-embedded stocks
Publication & Marketing Material Manufacturing
- Produce book signature sheets with binding gutter consistency
- Cut brochure components to exact dimensions for perfect binding
- Handle heavyweight cover stocks up to 550 GSM without compression damage
- Prepare point-of-purchase displays requiring intricate die-cut accuracy
Label & Specialty Printing Operations
- Slice BOPP films and vinyl substrates without edge deformation
- Process synthetic materials for durable industrial labels
- Support variable-data printing workflows with precise sheet registration
- Handle thermally sensitive materials without static-induced misfeeds
For premium commercial printing outputs that demand faultless presentation, integrated anti-static systems prevent sheet misalignment during stacking, and sophisticated particulate control preserves surface quality throughout high-volume production runs. The machines’ vibration-dampening technology maintains edge quality over thousands of consecutive cuts and guarantees consistent cutting quality even during prolonged operation periods.
Discover how precision-engineered sheet cutting machines can enhance your commercial printing quality while reducing material costs by 8-12%. Our advanced converting solutions integrate seamlessly into existing printing workflows, delivering measurable ROI through:
- Reduced substrate waste through precision cutting algorithms
- Lower operational costs via automated material handling
- Increased throughput matching modern press speeds
- Enhanced product quality with consistent dimensional accuracy
Explore specialized solutions engineered specifically for commercial printing applications. Our technical team provides comprehensive workflow analysis to identify your exact efficiency improvement opportunities:
[Request Customized Commercial Printing Cutting Solution Analysis]
A Sheet Cutting Machine is a specialized equipment engineered to precisely cut different kinds of sheets, such as metal sheets, plastic sheets, and paper sheets, widely used in manufacturing, construction, and printing industries. It plays a crucial role in transforming large sheets into desired sizes and shapes to meet specific production requirements.
Mechanical Shearing Machine
The mechanical shearing machine operates through the relative movement of upper and lower blades. When the machine is working, the upper blade moves downward, and the lower blade remains stationary, creating a shearing force to cut the sheet.
Advantages: It has a relatively low cost and high working efficiency, making it suitable for mass production.
Disadvantages: The cutting precision is relatively low, and it is not suitable for cutting sheets with high precision requirements.
Application scenarios: It is mainly used for cutting thick metal sheets in industries such as automobile manufacturing and shipbuilding where the precision requirements are not extremely high.
Laser Cutting Machine
The laser cutting machine uses a high - energy laser beam to irradiate the surface of the sheet. The laser beam melts, vaporizes, or burns the material at the irradiated position, and then the high - pressure gas blows away the molten material to achieve the cutting purpose.
Advantages: It has extremely high cutting precision, can cut complex shapes, and has a small heat - affected zone, which does not easily deform the sheet.
Disadvantages: The equipment cost is high, and the cutting speed is relatively slow for thick sheets.
Application scenarios: It is widely used in industries such as electronics, aerospace, and precision machinery where high precision and complex shape cutting are required.
Plasma Cutting Machine
The plasma cutting machine generates a high - temperature plasma arc through ionizing gas, which melts the metal sheet, and then uses the high - speed airflow to blow away the molten metal to complete the cutting.
Advantages: It can cut thick metal sheets quickly, and has a lower cost compared to laser cutting machines for thick sheet cutting.
Disadvantages: The cutting precision is lower than that of laser cutting machines, and the heat - affected zone is larger.
Application scenarios: It is commonly used in heavy industry, such as steel structure manufacturing and ship repair, for cutting thick metal sheets.
The working process of a Sheet Cutting Machine generally includes several key links: feeding, positioning, cutting, and discharging.
In the feeding stage, the sheet is transported to the working table of the machine through a feeding mechanism, which can be manual feeding or automatic feeding depending on the machine type.
During positioning, the sheet is accurately positioned according to the preset cutting size and shape. This is usually achieved through positioning devices such as guide rails, stoppers, and sensors to ensure that the cutting position is accurate.
The cutting stage is the core part. Different types of machines use different cutting methods as mentioned earlier to cut the sheet into the desired shape and size.
Finally, in the discharging stage, the cut sheet is transported out of the working area through a discharging mechanism, which can be manual removal or automatic conveying to the next production process.
In conclusion, Sheet Cutting Machines are essential equipment in various industries, with different types meeting different production needs. Understanding their definitions, types, working principles, applications, and advantages is crucial for selecting the right machine for specific production tasks.
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