OGINO SUPER CUTTER
Ogino Precision Machinery Changzhou Co., Ltd.
Automated precision cutting for rubber, composite films, carbon fiber and a wide range of sheet materials. High-precision models achieve a cutting accuracy of 0.001mm for fine processing and consistent production.
PRODUCT CENTER
Automatic Cutting Machines
Flat-table feeders, roll feeders, shearing machines and high-speed granulators for sheets, rolls and composite materials.
MATERIAL MATCH
Material & process matcher
Explore material properties, cutting processes and equipment for your application.
Select a material
20 materialsNo matching materials
Cutting process
Erasers
Accurate dimensions and square edges for a close fit between the eraser and its sleeve.
Precise sizing for a consistent fit
The cut width needs to closely match the sleeve: easy to insert, but secure during use. Ogino's precision cutting addresses this fit.
N Series machines can dice the material while it remains clamped, using a table that rotates through 90°. They support half-cutting and full-cutting, with economical disposable blades that are straightforward to replace.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialFull material and machine compatibility
◎ Strong compatibility ○ Application experience — Not listed
| Material | NZ | NC | PZ | PJ | PC | AC | RT |
|---|---|---|---|---|---|---|---|
| Erasers | — | ◎ | — | — | ○ | — | — |
| Ceramic green sheets | ◎ | ○ | — | — | — | — | — |
| Polarizing plates | ◎ | ○ | ○ | — | — | — | — |
| Multifunctional films | ◎ | ○ | ◎ | ○ | ○ | — | — |
| Plastics (PC / PVC) | ◎ | — | ◎ | ◎ | — | ○ | — |
| Gasket materials | ◎ | ○ | ◎ | ◎ | ○ | — | — |
| Urethane foam | ◎ | ○ | ◎ | ◎ | ○ | — | — |
| Rubber & plastic magnets | ◎ | ○ | ◎ | ◎ | ○ | ○ | — |
| Glass-fiber prepreg | ◎ | ○ | ◎ | ○ | — | ○ | — |
| Paper & pulp | ○ | ○ | ○ | ○ | ○ | ○ | — |
| Marker pen cores | ○ | ○ | ○ | ○ | ○ | — | — |
| Metal foils | ○ | ○ | ○ | ○ | ○ | ◎ | — |
| Unvulcanized silicone rubber | ◎ | ◎ | ○ | ○ | ○ | ○ | — |
| Vulcanized rubber | ◎ | ◎ | ◎ | ◎ | ◎ | — | — |
| Unvulcanized rubber | ○ | ○ | ○ | ○ | ○ | ◎ | ○ |
| Rock wool & glass wool | — | — | — | — | ○ | — | — |
| Adhesive materials | — | — | — | — | — | ○ | ○ |
| Aramid fibers | — | — | — | — | — | ○ | ◎ |
| Electrical steel sheets | — | — | — | — | — | ◎ | — |
| Hot-melt adhesives | — | — | — | — | — | — | ◎ |
| Granulation feedstock | — | — | — | — | — | — | ◎ |
| Carbon fiber | — | — | — | — | — | — | ◎ |
Ratings follow Ogino Japan's material compatibility table. An unlisted combination is not necessarily unsuitable. Confirm the model, tooling, options and results through sample trials.
Cutting process
Erasers
Accurate dimensions and square edges for a close fit between the eraser and its sleeve.
Precise sizing for a consistent fit
The cut width needs to closely match the sleeve: easy to insert, but secure during use. Ogino's precision cutting addresses this fit.
N Series machines can dice the material while it remains clamped, using a table that rotates through 90°. They support half-cutting and full-cutting, with economical disposable blades that are straightforward to replace.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Ceramic green sheets
Precision press cutting minimizes burrs that can affect downstream ceramic processing.
Clean edges before the next process
Draw cutting can leave burrs on ceramic green sheets. Ogino uses precision press cutting to produce clean edges for subsequent processing.
N Series suits individual sheets; servo-fed P Series can be evaluated for continuous sheets. Tooling includes economical razor blades, longer-life carbide blades and durable custom dies. Applications include cutting semiconductor-related materials.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Polarizing plates
Reduce cracking, delamination and dust while producing smooth cut faces.
Thin-blade cutting with less edge finishing
A 0.25 mm razor blade cuts rapidly through the layers, limiting cracks, delamination, dust and entry of adhesive or air between layers. Smooth edges reduce subsequent polishing.
Linear-motor N Series configurations offer 0.001 mm cut-length setting increments. A 90° rotating table enables four-side cutting or dicing while the material remains fixed, with half-cutting and full-cutting. Applications include automotive displays and smartphone polarizers.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Multifunctional films
Preserve multilayer film integrity and achieve clean cut edges.
Less delamination and cutting debris
Multilayer films can crack or peel during cutting. A 0.25 mm razor blade cuts rapidly to reduce these defects, dust and adhesive or air entering the layers, limiting the need for polishing.
N Series suits precision sheets; P Series handles rolls. Suitable configurations offer 0.001 mm cut-length setting increments, half-cutting and full-cutting. N Series rotating tables enable crosswise cutting. Applications include heat-shielding and electromagnetic-shielding films.
Compatible equipment
From the compatibility tableNZ◎ Strong compatibilityPZ◎ Strong compatibilityNC○ Application experiencePJ○ Application experiencePC○ Application experienceSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Plastics (PC / PVC)
Limit burrs, chips and surface peeling to reduce resin material loss.
Clean cuts through layered resin
A 0.25 mm razor blade cuts through layered resin, polycarbonate and PVC in one motion, reducing burrs, chips and film peeling.
N Series suits precision sheets; P Series handles rolls. Suitable configurations support 0.001 mm cut-length setting increments and half/full-cutting. N Series tables rotate 90° for square dicing without releasing the material. Applications include resin feedstock and protective covers.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Gaskets & urethane foam
Combine half-cutting, full-cutting and lamination on one machine.
Stable depth control and integrated processing
Suitable configurations combine half/full-cutting with 0.001 mm depth and length setting increments. N Series uses a 90° rotating table for crosswise cuts; the source describes precision cutting within 0.05 mm error.
P Series can laminate double-sided tape and material while cutting. Touchscreen depth adjustment on equipped models compensates for blade wear and reduces changeover stops. Applications include automotive vibration isolation and thermal insulation.
Compatible equipment
From the compatibility tableNZ◎ Strong compatibilityPZ◎ Strong compatibilityPJ◎ Strong compatibilityNC○ Application experiencePC○ Application experienceSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Rubber & plastic magnets
Stable feeding maintains consistent pitch during continuous cutting.
Consistent pitch from roll-fed material
P Series combines servo feeding with a precision reducer to maintain stable cut pitch when processing rubber and plastic magnets from rolls.
Tooling options include economical razor blades, longer-life carbide blades and durable custom dies. Applications include high-performance magnets used in motors.
Compatible equipment
From the compatibility tableNZ◎ Strong compatibilityPZ◎ Strong compatibilityPJ◎ Strong compatibilityNC○ Application experiencePC○ Application experienceAC○ Application experienceSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Glass-fiber prepreg
Reduce fiber peeling, dust and whitening at the cut face.
Low-impact cutting for delicate fibers
Fiber peeling and cutting dust can waste glass-fiber prepreg. Ogino's 0.25 mm blade reduces these defects and whitening at the edge.
Suitable N and P Series configurations offer ultra-low-speed cutting and 0.001 mm cut-length setting increments. A thin blade enters slowly to limit impact, with measures available for static electricity. Applications include resin-impregnated glass cloth.
Compatible equipment
From the compatibility tableNZ◎ Strong compatibilityPZ◎ Strong compatibilityNC○ Application experiencePJ○ Application experienceAC○ Application experienceSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Paper & pulp
From ordinary paper cutting to continuous granulation of specialty pulp.
Continuous size reduction for specialty pulp
Beyond ordinary paper, Ogino supports continuous size reduction of specialty pulp. RT Series is described for continuous granulation applications.
An optional slitter first makes strips, then a single-blade rotary cutter chops them into chips. Applications include specialty-pulp preparation before dissolution.
Compatible equipment
From the compatibility tableNZ○ Application experienceNC○ Application experiencePZ○ Application experiencePJ○ Application experiencePC○ Application experienceAC○ Application experienceSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Marker pen cores
Reduce loose fibers while preserving the capillary structure of the core.
Clean fiber cuts without crushing the core
Incomplete cuts can leave threads on marker cores. Precision cutting minimizes loose fibers while preserving the capillary structure needed for ink transport.
P Series is recommended for core cutting. An optional core guide allows multiple cores to be cut together.
Compatible equipment
From the compatibility tableNZ○ Application experienceNC○ Application experiencePZ○ Application experiencePJ○ Application experiencePC○ Application experienceSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Metal foils
Limit metal particles and wrinkling in precision electronic materials.
Clean feeding and cutting of delicate foil
Ogino's feeding and cutting designs reduce metal dust and wrinkling for precision electronic materials.
P Series uses 0.25 mm blades, with 0.001 mm cut-length setting increments on suitable configurations. AC handles long rolls and sheets, offering 0.01 mm increments and a maximum programmed feed of 9999.99 mm. Its shear blades can be reground. Applications include foil for 5G base stations and smartphones.
Compatible equipment
From the compatibility tableAC◎ Strong compatibilityNZ○ Application experienceNC○ Application experiencePZ○ Application experiencePJ○ Application experiencePC○ Application experienceSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Unvulcanized silicone rubber
Manage elasticity and tack to reduce incomplete cuts and sticking.
Complete separation and precise sizing
Elastic, tacky rubber can cling to blades. AC's upper and lower shear blades cut hard, soft and adhesive rubber with less residual skin and re-kneading. Servo feeding offers 0.01 mm increments and a maximum programmed feed of 9999.99 mm.
For precision silicone cutting, N Series with UR blades can be evaluated. The rotating table supports square crosswise cuts while the material stays fixed, reducing sticking between cut pieces. Applications include oil-seal stock and adhesive materials before forming.
Compatible equipment
From the compatibility tableNZ◎ Strong compatibilityNC◎ Strong compatibilityPZ○ Application experiencePJ○ Application experiencePC○ Application experienceAC○ Application experienceSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Vulcanized rubber
Focus on edge quality at the final cutting stage before the finished product.
Smooth faces with less skew and curvature
Unvulcanized rubber processing often emphasizes equal piece weight. Vulcanized rubber cutting is typically a final operation, making cut-face quality especially important.
N Series suits sheets and P Series suits rolls, producing smooth edges with little skew or curvature. Applications include railway vibration-isolation rubber, audio-equipment materials and internal game-console components.
Compatible equipment
From the compatibility tableNZ◎ Strong compatibilityNC◎ Strong compatibilityPZ◎ Strong compatibilityPJ◎ Strong compatibilityPC◎ Strong compatibilitySetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Unvulcanized rubber
Handle soft, hard and tacky rubber while reducing incomplete separation.
Less residual skin and re-kneading
Elasticity and tack make unvulcanized rubber difficult to cut. AC uses precision upper and lower shear blades to reduce residual skin and re-kneading across different hardnesses.
AC handles long rolls and sheets with 0.01 mm increments and a maximum programmed feed of 9999.99 mm. For precision silicone rubber, N Series with UR blades uses a 90° rotating table for dicing with reduced sticking. Applications include oil-seal stock and adhesive materials before forming.
Compatible equipment
From the compatibility tableAC◎ Strong compatibilityNZ○ Application experienceNC○ Application experiencePZ○ Application experiencePJ○ Application experiencePC○ Application experienceRT Series○ Application experienceSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Rock wool & glass wool
Cut thick, lofty fiber materials with straight, clean faces.
Straight cuts without trailing fibers
Thick, lofty rock wool and glass wool require straight edges without curvature or uncut fibers. P Series roll-fed machines can handle these cutting applications.
Unwinding, length measurement and other upstream or downstream equipment can be integrated into a production line. Applications include building insulation and acoustic materials.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Adhesive materials
Control material deflection to improve separation of highly elastic stock.
Shearing for elastic and tacky materials
Natural-rubber adhesive materials can move away from the blade, leaving incomplete cuts. Rigidity at key points limits material movement and cutting residue.
AC handles long rolls and sheets with servo feeding, 0.01 mm setting increments and a maximum programmed feed of 9999.99 mm. Receiving tables can be modified for high-tack stock. Applications include rubber-based adhesive feedstock.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Aramid fibers
Address difficult blade entry and residual fibers in high-strength stock.
Clean separation of high-strength fibers
Aramid's strength makes blade entry and complete fiber separation challenging. Matched blades and shearing methods produce clean cut faces.
The source recommends AC for rolls and sheets, with 0.01 mm setting increments and a maximum programmed feed of 9999.99 mm. Applications include tire reinforcement and friction materials for clutches and brakes.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Electrical steel sheets
Control squareness, burrs and edge rollover in electromagnetic materials.
Precise blade clearance for clean edges
Electrical steel for transformers requires precise dimensions and square cuts. AC uses servo-driven roll feeding with 0.01 mm increments and a maximum programmed feed of 9999.99 mm.
Precise clearance between the upper and lower shear blades reduces burrs and edge rollover. Blades can be reground, and the machine accommodates long rolls and individual sheets.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Hot-melt adhesives
Reduce noise, stock misalignment and blade adhesion in continuous pelletizing.
Stable continuous cutting with less sticking
Hot-melt cutting can create noise, misaligned stock and blade adhesion. RT Series continuous cutting is designed to reduce these problems.
Stainless-steel options address corrosion along wet conveying paths. Machines are designed and built to suit material properties and line requirements. Applications include book-cover adhesives and appliance sealing compounds.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialCutting process
Carbon fiber & granulation
High-speed cutting without stopping the feed produces clean-edged particles.
Continuous feeding for high-speed pelletizing
RT Series cuts carbon fiber and resin feedstock at high speed without stopping material feed, producing pellets with smooth cut faces.
The particles are easier to recycle, store and transport. Equipment is designed and built for the required specifications and material properties, with maintenance support. Applications include tire feedstock size reduction and recycling.
Compatible equipment
From the compatibility tableSetting increments are not finished-part accuracy. Confirm the model, tooling and cutting results through sample trials.
Discuss a cutting trialADVANTAGES
Why Ogino Equipment Stands Out
Feed control and material-specific tooling support cutting precision, clean edges and straightforward maintenance.
High-Level Feed and Half-Cut Precision
Drive systems are configured by shape and material to deliver fast, stable and precise cutting control.
Durable Tools and Clean Edges
Tooling is selected by material characteristics to reduce edge cracks, dust and secondary polishing.
Non-Stick Processing for Adhesive Sheets
For butyl rubber, insulation sheets, double-sided tape and other adhesive materials, the design reduces sticking to blades and rollers.
Easy Maintenance and Fast Trial Cutting
Trial cutting and model selection are supported directly, with straightforward blade changes, depth adjustment and after-sales response.
CERTIFICATES
Certificates
ABOUT OGINO CHANGZHOU
Ogino Precision Machinery (Changzhou) Co., Ltd.
Ogino Precision Machinery (Changzhou) Co., Ltd. is Ogino's Chinese subsidiary, specializing in the manufacture and sale of automatic cutting machines and blades. The company brings together production, technical consultation, machine selection and after-sales support.
For rubber, polarizers, metal foil, conductive films, carbon fiber and other precision materials, the company helps customers select machines, blade configurations and cutting processes through sample trials and technical discussions.
Ogino Seiki, Japan
Ogino Seiki Co., Ltd., founded in 1960 and based in Warabi, Saitama, Japan, develops and manufactures SUPER CUTTER automatic cutting machines. Building on its origins in rubber cutting, the company has expanded into advanced and composite materials. Its range includes CNC-controlled feeding, half-cutting, rotary cutting and linear-motor precision cutting machines, complemented by the design and manufacture of specialized blades and auxiliary equipment.
DOWNLOADS
Product Catalog and Application Chart
Catalog and material application chart for quick download by purchasing, engineering and trial-cut evaluation teams.
CONTACT
Contact Sales and Technical Team
Tell us your material, dimensions, accuracy target and production capacity. We will help identify suitable equipment and trial-cut direction.
3F, Training Building 4, Industry-Education Integration CenterNo. 206 Yuntaishan Road, Xinbei District, Changzhou, Jiangsu, China