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What products does OSHIMA offer?
OSHIMA provides comprehensive garment machinery solutions, including equipment for cutting, pressing, inspection, packaging, and material transportation.
Our main product categories include:
- Fabric Inspection Systems
- Fabric Spreading Machines
- Cutting Solutions
- Fusing Machines
- Pressing & Heat Transfer Equipment
- Needle Detection & Check Weighing Systems
- Packaging & Conveying Equipment
- Industrial Boilers
- AI and IoT Smart Manufacturing Solutions
From fabric preparation to final quality control, OSHIMA supports manufacturers in improving efficiency, product consistency, and production visibility.
Which industries are OSHIMA solutions suitable for?
Any industry that processes fabric, flexible materials, or roll-based materials may be a potential OSHIMA customer.
Applications include, but are not limited to:
- Garment Manufacturing
- Textile Processing
- Technical Textiles
- Automotive Interiors
- Upholstery & Furniture
- Footwear & Leather
- Medical Textiles & Nonwoven Materials
- Military & Industrial Fabrics
If your operation involves fabric inspection, spreading, cutting, bonding, pressing, or packaging, OSHIMA may have a suitable solution.
What is the difference between AI fabric inspection and traditional fabric inspection?
Traditional fabric inspection mainly relies on operators to identify fabric defects, defect locations, and defect severity. The inspection result often remains as a manual record or inspection report.
AI fabric inspection can generate defect images, defect locations, and inspection data, making fabric quality information easier to store, review, and trace. Different AI fabric inspection systems can support fabric defect detection, but how the inspection data is used afterward determines its practical value in the factory workflow.
OSHIMA’s added value is that we do not only provide AI fabric inspection equipment. We also offer fabric spreading machines, cutting equipment, OSHIMA Smart Factory Platform, and cutting room process experience. This allows inspection data to go beyond a report and be extended into spreading, pre-cutting decisions, equipment data management, and quality tracking.
Through our ecosystem, factories can plan AI inspection, spreading, cutting, and data management with one equipment and service team. This helps reduce communication work across different machines, systems, and suppliers. For factories that want to gradually build a smart cutting room, AI fabric inspection becomes a data entry point for downstream production workflows, not just a standalone inspection machine.
What types of factories are suitable for AI fabric inspection systems?
Suitable for garment and textile factories that require high-quality inspection and improved efficiency.
Does OSHIMA offer a cloud-connected IoT manufacturing ecosystem?
Yes.
OSHIMA offers an AI + IoT + Cloud smart manufacturing ecosystem centered around the cutting room, connected through OSHIMA Smart Factory Platform to integrate machines, data, and production workflows.
Key integrations include:
- AI Fabric Inspection for digital defect reporting and defect-location data
- Connected Fabric Spreading for smarter spreading and material optimization
- Digital Cutting Room Workflow connecting inspection, spreading, and cutting data
- Cloud-based Dashboard for real-time monitoring, analytics, and multi-machine connectivity
This helps manufacturers move from standalone equipment toward a Connected Cutting Room ecosystem.
Where can I get product information or brochures?
For brochures, product specifications, and additional application information, please visit:
OSHIMA Product Information & Links
If you have a specific application or production requirement, our team can also recommend a more suitable solution based on your needs.
How to choose the right fabric fusing machines
Different fusing machines are designed for different garment interlining applications. Choose the right model based on production scale, fabric type, pressure requirement, belt structure, heating system, and operating method. This table includes continuous belt fusing machines, rotary fusing press machines, and feeding / collecting equipment for large fusing lines.
| Fusing Need | Recommended Model | Selection Guide |
|---|---|---|
| Sampling rooms, small batches, or limited-space production lines | OP-450GS OP-450GSL OP-520GS OP-520GSL OP-450NS | Choose the compact open-side fusing machine. This series is suitable for sampling rooms, small-batch production, and limited-space production lines. GS / GSL models use cord-edge belts with forced track correction, while NS models use seamless belts with motor-driven correction. Most standard configurations use rotary separation for fabric release, making the series suitable for flexible small-batch operations. |
| Daily garment production, general interlining fusing, and cost-sensitive use | OP-600F OP-600FL OP-600FA OP-600FAL | Choose the economical 3 kg continuous fusing machine. This series uses cord-edge belts with forced track correction and standard upper separator with lower scraper. It is suitable for general garment production and daily interlining bonding. OP-600F / OP-600FA are front-in / front-out models, while OP-600FL / OP-600FAL are front-in / rear-out models. |
| Cost-effective equipment positioning | OP-900 OP-900A OP-900L OP-900LA OP-1000 OP-1000A OP-1000L OP-1000LA | Choose the cost-effective 5 kg continuous fusing machine. This series uses seamless belts with motor-driven correction and 6 heating tubes with segmented temperature control. Compared with the OP-600F series, it provides higher pressure while maintaining a cost-effective positioning. |
| Shirt production and general interlining fusing | OP-60LN OP-60LNII | Choose the cost-effective continuous fusing machine commonly used for shirt production. This series uses cord-edge belts with forced track correction and standard upper and lower scraper separation. OP-60LN is the single-stage pressure model, while OP-60LNII is the dual-stage pressure model. |
| Shirt interlining requiring more stable two-stage pressure | OP-600SP OP-900SP | Choose the two-stage pressure continuous fusing machine. This series uses seamless belts with motor-driven correction, three-zone heating, and 12 heating tubes. The two-stage pneumatic pressure system is suitable for shirt production requiring more stable interlining fusing conditions. |
| Suits, demanding garments, or longer feeding area requirements | OP-100LE OP-120LE | Choose the extended-feeding continuous fusing machine. This series uses seamless belts with motor-driven correction, three-zone heating, and 9 heating tubes. The extended feeding area provides more space for fabric and interlining placement before fusing, making it suitable for suits and demanding garment production. |
| Medium-high output, station-based interlining pressing, and rotary workflow | OP-5288 OP-5388 | Choose the rotary fusing press machine. This series is not a continuous belt fusing machine, so belt and separation configurations do not apply. OP-5288 uses a dual-station rotary design, while OP-5388 uses a three-station rotary design to support a more continuous loading and pressing workflow. It is suitable for medium-high output interlining pressing. |
| Soft fabrics, stretch fabrics, or tension-sensitive materials | OP-900NS OP-1000NS OP-1200NS OP-1600NS | Choose the continuous fusing machine for soft and stretch fabrics. This series uses seamless belts with motor-driven correction, three-zone heating, and 12 heating tubes. OP-900NS / 1000NS / 1200NS use upper rotary separation and lower scraper separation, while OP-1600NS uses upper and lower rotary separation. It is suitable for soft, stretch, and tension-sensitive materials. |
| Demanding garments, long preheating, and high-pressure fusing conditions | OP-1000NE OP-1200NE | Choose the high-pressure continuous fusing machine for demanding garment production. This series uses seamless belts with motor-driven correction, 12 independent heating sets, and three-zone digital temperature control. The longer preheating zone and heating-lift function during high-temperature shutdown make it suitable for higher-specification fusing requirements. |
| Large garment production lines, wide-width interlining fusing, and mass production | OP-1400 OP-1400L OP-1600 OP-1600L OP-1800 OP-1800L | Choose the large continuous interlining fusing machine. This series uses PTFE seamless belts with motor-driven correction, 12-zone heating, and PID temperature control. L-type models include an extended lower conveyor for longer processing time, making them suitable for large production lines and wide-width fusing. |
| Large factories, mass production, and high-spec interlining fusing | OP-1200NL OP-1400NL OP-1600NL OP-1800NL | Choose the large high-spec fusing machine for mass production. This series uses seamless belts with motor-driven correction, 18 heating sets, and three-zone heating control. The longer preheating zone and higher heating capacity make it suitable for high-volume and high-specification fusing requirements. |
| Roll-fed woven tapes, narrow strip materials, and secondary transfer | OP-600SPII OP-900SPII | Choose the fusing and setting machine for woven tapes and narrow strips. This series uses seamless belts with motor-driven correction, two-zone heating, and standard upper and lower scraper separation. Multiple front guide blocks help position several narrow strips before fusing, making it suitable for roll-fed woven tapes, narrow strip components, and secondary surface transfer. |
| Roll feeding and collecting for large fusing machines | OP-1800T | Choose the feeding and collecting rack. OP-1800T is not a fusing machine itself. It is used with large fusing machines for roll feeding and roll collecting, and is suitable for machines with a working width of 1400 mm and above, including A / L series, NS series, and NL series. |
*The information above is provided for model selection reference only. Actual specifications, configurations, and optional items may vary due to product updates, customer requirements, or production batches. Please refer to the official quotation, specification confirmation, or order confirmation provided by our sales team.
How to choose the right ironing tables
Different ironing tables are designed for different garment finishing needs. Choose the right model based on whether your workflow requires built-in steam, vacuum suction, blowing and cooling, a pointed table surface, or a compact all-in-one setup.
| Ironing Need | Recommended Model | Selection Guide |
|---|---|---|
| No central steam system | OPB-128SI OPB-159SI | Choose the vacuum ironing table with built-in electric boiler. This model integrates steam generation, vacuum suction, and ironing table functions in one unit, making it suitable for factories, laundry shops, and sample rooms without a central steam supply or separate boiler. |
| General garment finishing or laundry ironing | OPB-777 OPB-778 | Choose a standard vacuum ironing table for general garment finishing. It is suitable for shirts, trousers, coats, suits, womenswear, and daily ironing work in laundry shops, garment factories, and finishing rooms. |
| Small studio, laundry shop, or budget-conscious setup | OP-939 OP-949 OP-959 | Choose a compact vacuum and blowing ironing table. This series supports vacuum holding and blowing cooling, making it suitable for small studios, laundry shops, and service-based ironing operations. |
| Detailed garment areas | OPB-780 | Choose a multifunctional pointed ironing table. The pointed table shape is suitable for garment areas that are difficult to handle on a regular flat table, including shirts, trousers, coats, suits, dresses, skirts, formalwear, and detailed finishing work. |
| Vacuum suction and blowing cooling | OP-939 OP-949 OP-959 | This series includes both vacuum suction and blowing functions. Vacuum suction helps hold fabric flat during ironing, while blowing helps cool the garment after pressing. |
| Shirt sleeves, trouser seams, shirt shoulders, or soft materials | OP-939 OP-949 OP-959 | Select the model by application: OP-939 is suitable for shirt sleeves and trouser seams; OP-949 is suitable for shirt shoulders and backs; OP-959 is suitable for soft materials. |
| Limited floor space | OPB-777 OPB-778 OPB-128SI OPB-159SI | For general vacuum ironing in a limited space, choose OPB-777 / OPB-778. If you also need steam generation without adding a separate boiler, choose OPB-128SI / OPB-159SI. |
| Heated table surface | OPB-777 OPB-778 OPB-780 OP-939 OP-949 OP-959 | Several ironing tables can be configured with heating options. OPB-777 / OPB-778 can be equipped with an A heated table surface, while OPB-780 and OP-939 / OP-949 / OP-959 can be configured with heated table or heated buck options depending on the model and requirement. |
*The information above is provided for model selection reference only. Actual specifications, configurations, and optional items may vary due to product updates, customer requirements, or production batches. Please refer to the official quotation, specification confirmation, or order confirmation provided by our sales team.
How to choose the right heat press machines
Different heat transfer and heat press machines are designed for different garment processing needs. Choose the right model based on transfer area, label size, hot and cold setting requirements, automation level, production capacity, and feeding support.
| Processing Need | Recommended Model | Selection Guide |
|---|---|---|
| High-capacity thick transfer printing and batch label pressing | OP-10A5 OP-105AC | Choose the five-station rotary automatic heat transfer machine. This series is suitable for thick transfer printing, graphic transfer, and high-volume label pressing. It supports automatic label feeding, pressing, cooling, film peeling, and collecting, with a capacity of approximately 600–650 pcs/hour. OP-10A5 is the standard hot-press model, while OP-105AC is the hot and cold press model with water chiller. |
| Premium labels and graphic transfer with automatic feeding integration | OP-305S | Choose the hot and cold transfer machine for premium labels and graphics. This model supports automatic hot/cold mode switching, includes a water chiller, digital pressure gauge, and pneumatic pressing. It can be integrated with OS-5R / 5L / 6R / 6L automatic feeding units for production lines requiring stable transfer conditions and feeding automation. |
| Small labels requiring hot pressing followed by cold setting | OP-15A4N | Choose the hot and cold heat transfer machine. This model is suitable for small labels and small graphic transfers, with a water chiller and automatic rotating arm. It supports hot pressing followed by cold setting, making it suitable for applications requiring stronger transfer setting, color performance, or bonding strength. |
| Standard small heat labels and small graphic transfers | OP-15A OP-15AII | Choose the small-area label heat transfer press machine. The standard platen size is 150 × 150 mm, suitable for heat labels, brand labels, and small graphic transfers. OP-15A is the single-station model, while OP-15AII is the dual-station model for higher operating efficiency. |
| Large-area heat transfer, garment panel pressing, and graphic transfer | OP-380A OP-380AII OP-380AIIT OP-550A | Choose the open-table large-area heat transfer machine. The open worktable allows operators to place larger garment panels, making it suitable for large-area transfer, heat labels, graphic transfer, and garment panel pressing. OP-380A is the single-station model, OP-380AII is the dual-station model, and OP-380AIIT is the dual-station model with stand and wheels. |
| Large garment panels, down jacket transfer, and dual-station sliding operation | OP-38AII OP-54AII OP-105AII OP-108AII | Choose the sliding heat transfer press machine. This series uses a dual-station sliding design and is suitable for large garment panels, down jackets, heat labels, and graphic transfers. The upper platen has three-zone heating, and pressure, temperature, and time can be adjusted according to production requirements. |
| Large garment panels, down jackets, and fabric heat bonding | OP-105A OP-108A | Choose the flatbed heat press machine. This series focuses more on flatbed pressing and fabric bonding, making it suitable for large garment panels, down jackets, shirts, trousers, and fabric heat bonding. It is recommended when stable pressure control and three-zone heating are required. |
| One machine for fabric piece fusing, flattening, and heat transfer | OP-54A OP-84A OP-124A | Choose the automatic fusing and heat transfer press machine. This series is a dual-purpose open-table pressing machine that can be used for fabric piece fusing, flattening, heat labels, and graphic transfers. It is suitable for production sites that need one machine for multiple pressing tasks. |
| Automatic feeding for heat transfer lines to reduce manual placement | OS-5R OS-5L OS-6R OS-6L | Choose the automatic feeding machine. This series is not a heat press machine, but a feeding support unit used with compatible heat transfer equipment. Left-side and right-side feeding layouts are available depending on production line direction. |
*The information above is provided for model selection reference only. Actual specifications, configurations, and optional items may vary due to product updates, customer requirements, or production batches. Please refer to the official quotation, specification confirmation, or order confirmation provided by our sales team.
How to choose the right seamless & ultrasonic machines
Seamless and ultrasonic processing machines are used for garment taping, bonding, hemming, binding, edge sealing, cutting, and waterproof seam treatment. Choose the right model based on fabric type, garment part, waterproof requirement, curved or tubular application, and whether hot air or ultrasonic processing is required.
| Processing Need | Recommended Model | Selection Guide |
|---|---|---|
| Waterproof seam taping for outdoor garments, rainwear, swimwear, or protective clothing | OP-702HAS OP-703 | Choose the hot air seam sealing machine. This series uses hot air to activate thermoplastic seam tape and is suitable for waterproof seam treatment. It supports 4–28 mm tape width and is commonly used for outdoor garments, rainwear, swimwear, and medical protective clothing. |
| Seam taping and adhesive bonding for woven performance wear | OP-115CSN | Choose the seam taping machine for woven functional fabrics. This model is suitable for outdoor jackets, shell jackets, swimwear, and sportswear. It features upper and lower independent heating, adjustable airflow, adjustable belt pressure, touchscreen control, and 10 sets of parameter memory. |
| Straight, flat, and curved bonding for sportswear or functional garments | OP-115S | Choose the general-purpose continuous hot air bonding machine. OP-115S is suitable for straight seams, flat areas, and curved bonding applications. It can be used for sportswear, activewear, seamless underwear, swimwear, cycling wear, and outdoor jackets. |
| Large-radius curved taping for seamless underwear, bras, or no-show socks | OP-115 | Choose the seamless adhesive taping machine for curved garment parts. OP-115 is suitable for large-radius curved taping and includes a built-in cutter, four adjustable heating systems, four adjustable blowing systems, adjustable roller pressure and speed, touchscreen control, and 10 sets of parameter memory. |
| Side taping for pants, tubular garment parts, yoga pants, or leggings | OP-115ST | Choose the continuous hot air bonding machine for pants side taping. OP-115ST is designed for trouser side tape bonding, tubular garment parts, and curved seam applications. It is suitable for yoga pants, leggings, stretch pants, and similar garments. |
| Detail tape bonding for underwear waistbands, bra side panels, men’s underwear seams, or denim details | OP-114-03 | Choose the seamless tape bonding machine for detailed garment parts. OP-114-03 is suitable for small-area taping applications such as underwear waistbands, bra side panels, men’s underwear seams, and decorative taping on denim products. |
| Seamless hemming and binding for underwear, shirts, swimwear, cycling wear, or sportswear | OP-114 | Choose the standard seamless hemming and binding machine. OP-114 is suitable for women’s underwear, shirts, swimwear, cycling wear, outdoor jackets, and sportswear. It is a practical option for general seamless hemming and binding work. |
| Curved hemming or detailed finishing for underwear center-front parts | OP-114S | Choose the multifunctional hemming, sealing, and binding machine for curved details. OP-114S is especially suitable for underwear center-front processing, bodysuits, fashion garments, and curved garment areas that require more controlled handling. |
| Seamless hemming, sealing, binding, and pressing in one machine | OP-118-01S | Choose the upgraded seamless hemming and binding machine. OP-118-01S is the advanced version of OP-114 and combines hemming and pressing functions in one unit. It is suitable for underwear underbands, straight binding, seamless pants, swimwear, cycling wear, outdoor jackets, and functional apparel. |
| Ultrasonic cutting, edge sealing, and bonding for seamless garments | OP-118-22B | Choose the ultrasonic cutting and bonding machine. OP-118-22B is suitable for elastic fabrics containing synthetic fibers and can be used for underwear, T-shirts, sportswear, and seamless apparel. It supports straight and curved cutting, interchangeable tools, and optional 20 / 28 / 35 kHz ultrasonic frequencies. |
| Ultrasonic edge sealing, cutting, bonding, sewing, or embossing | MB9018B | Choose the ultrasonic edge sealing and embossing machine. MB9018B is suitable for home textiles, decorative materials, leather embossing, masks, surgical gowns, and other textile applications. It is plug-and-play, requires no preheating, and includes 7 interchangeable roller molds. |
| Seamless zipper bonding with hot and cold pressing | OP-806A | Choose the seamless zipper pressing machine. OP-806A is designed for bonding zippers with garment panels using heat pressing instead of traditional sewing. It supports one-step hot and cold forming, adjustable pressure, temperature, and time, with a capacity of approximately 60–80 pieces per hour. |
*The information above is provided for model selection reference only. Actual specifications, configurations, and optional items may vary due to product updates, customer requirements, or production batches. Please refer to the official quotation, specification confirmation, or order confirmation provided by our sales team.
