Shuttle Loom

6-16 Shuttles Circular Loom for PP Woven Bags

For FIBC/Valve Bags Production Line

Loom
Looms pins
Loom threads
Loom fabric
Loom circular
Loom circular threads
Certification

Productive!

6-16 Shuttles Circular Loom for PP Woven Bags

PP Woven Bag Making Machine delivers high-speed, durable, and precise production of woven bags for fertiliser, grains, cement, and industrial packaging. Designed for efficiency and reliability, it ensures consistent quality with low maintenance and long service life.

 

With its advanced automation and user-friendly controls, the PP Woven Bag Making Machine minimises labour costs while maximising output and productivity. Its robust construction and versatile design make it ideal for a wide range of industrial applications, ensuring businesses achieve efficient packaging solutions that meet growing market demands.

0

up to mm folded width

0

up to no. of tapes

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up to m/hour

Process flow

Raw material

1. Raw Material

Extruder and Winding

2. Extruder and Winding

Weaving

3. Weaving

Printing

4. Printing

Laminating

5. Laminating

Cutting and Sewing

6. Printing

Finished Bag

7. Finished Bag

8. Packing

9. Shipping

Features

Versatile Fabric Production

Specially designed for producing high-quality wide tubular or flat fabric using PP and HDPE, ideal for jumbo bags, geotextiles, tarpaulins, and more.

High-Speed Weaving

Ensures consistent fabric quality with excellent strength and durability.

Advanced Tension Control

Maintains uniform weaving, reducing fabric deformation and wastage.

Energy Efficiency

Lowers power consumption while delivering high production efficiency.

User-Friendly Operation

Easy adjustment and low maintenance requirements simplify operation.

Durable Construction

Robust structure built for long service life, ensuring reliable performance in continuous heavy-duty operation.

Specifications - small PP woven bags

 
Specification SLY-1200×6S SLY-1350×6H SLY-1350×6HA SLY-1600×6H SLY-1900×8S SLY-2100×8S SLY-2250×8S SLY-2250×8HK SLY-2100×8S SLY-2300×10S SLY-2600×10S SLY-2900×10S SLY-3000×10S SLY-3400×10S SLY-3600×12S SLY-4000×12S SLY-4200×12S SLY-4500×14S
Main machine speed 10–118 rpm (variable frequency) 10–118 rpm (variable frequency) 10–127 rpm (variable frequency) 10–118 rpm (variable frequency) 10–85 rpm (variable frequency) 10–85 rpm (variable frequency) 10–85 rpm 10–85 rpm 10–85 rpm (variable frequency) 10–75 rpm 10–75 rpm 10–58 rpm 10–58 rpm 10–58 rpm 10–47 rpm 10–47 rpm 10–47 rpm 10–37 rpm
Main motor power 4 kW 4 kW 4 kW 4 kW 5.5 kW 5.5 kW 5.5 kW 5.5 kW 5.5 kW 7.5 kW 7.5 kW 7.5 kW 11 kW 11 kW 11 kW 15 kW 15 kW 15 kW
Main reducer Two-stage belt transmission Two-stage belt transmission Two-stage belt transmission Two-stage belt transmission Two-stage belt transmission Two-stage belt transmission Two-stage belt transmission Two-stage belt transmission Two-stage belt transmission Two-stage belt transmission Two-stage belt transmission Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor
Number of shuttles 6 6 6 6 8 8 8 8 8 10 10 10 10 10 12 12 12 14
Track spacing 130 mm 130 mm 145 mm (inclined track) 130 mm 130 mm 130 mm 130 mm 140 mm 130 mm (upper and lower track spacing) 130 mm (upper and lower track spacing) 130 mm (upper and lower track spacing) 130 mm (upper and lower track spacing) 140 mm (upper and lower track spacing) 140 mm (upper and lower track spacing) 140 mm (upper and lower track spacing) 140 mm (upper and lower track spacing) 140 mm (upper and lower track spacing) 140 mm (upper and lower track spacing)
Folded diameter 800–1100 mm 1050–1350 mm 850–1250 mm 1200–1500 mm 1550–1850 mm 1650–1950 mm 1800–2100 mm 1800–2100 mm 1650–1950 mm 1950–2250 mm 2150–2450 mm 2500–2800 mm 2650–2950 mm 3000–3300 mm 3250–3550 mm 3650–3950 mm 3850–4150 mm 4150–4450 mm
Warp ends Max. 1,536 Max. 1,728 Max. 1,536 Max. 1,920 Max. 2,592 Max. 2,880 Max. 3,024 Max. 3,024 Max. 2,880 ends Max. 3,024 ends Max. 3,312 ends Max. 3,312 ends Max. 2,880 ends Max. 3,312 ends Max. 3,456 ends Max. 4,560 ends Max. 4,800 ends Max. 5,040 ends
Weft density 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable)
Theoretical output 65–145 m/h 65–130 m/h 65–130 m/h 65–130 m/h 64–129 m/h 64–129 m/h 64–129 m/h 64–129 m/h 64–129 m/h 68–140 m/h 64–115 m/h 64–111 m/h 64–111 m/h 64–111 m/h 64–111 m/h 64–111 m/h 64–111 m/h 64–111 m/h
Warp beam diameter Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max Ø140 mm Max Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm
Weft bobbin diameter Max. Ø110 mm Max. Ø110 mm Max. Ø120 mm Max. Ø110 mm Max. Ø110 mm Max. Ø110 mm Max. Ø110 mm Max. Ø120 mm Max Ø110 mm Max Ø110 mm Max. Ø110 mm Max. Ø110 mm Max. Ø120 mm Max. Ø120 mm Max. Ø120 mm Max. Ø120 mm Max. Ø120 mm Max. Ø120 mm
Take-up motor torque 15 kg·cm 15 kg·cm 15 kg·cm 60 kg·cm 60 kg·cm 60 kg·cm 60 kg·cm 60 kg·cm 60 kg·cm 60 kg·cm 60 kg·cm 60 kg·cm 120 kg·cm 120 kg·cm 120 kg·cm 120 kg·cm 120 kg·cm 120 kg·cm
Effective take-up width Max. 1,400 mm Max. 1,400 mm Max. 1,400 mm Max. 1,600 mm Max. 2,000 mm Max. 2,300 mm Max. 2,300 mm Max. 2,300 mm Max 2,300 mm Max 2,300 mm Max. 2,600 mm Max. 2,900 mm Max. 3,000 mm Max. 3,400 mm Max. 3,600 mm Max. 4,000 mm Max. 4,200 mm Max. 4,500 mm
Take-up roll diameter Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max Ø1,200 mm Max Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm
Length measurement Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter
Shuttle size Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm
Warp bobbin size Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm
Warp feeding system Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed
Warp break control Automatic stop on warpbreak Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break
Weft completion control Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device
Lubrication system Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling Flat cam oil-free lubrication; shuttle wheels lubricated by solenoid-controlled drip oiling
Machine dimensions (L × W × H) 17 m × 3.35 m × 4.2 m 17.4 m × 3.35 m × 4.2 m 17.4 m × 3.35 m × 4.2 m 16 m × 3.55 m × 4.2 m 16 m × 3.55 m × 4.5 m 16.8 m × 3.75 m × 4.5 m 16.8 m × 3.75 m × 4.6 m 16.8 m × 3.75 m × 4.6 m 16.8 m × 3.75 m × 4.5 m 16.8 m × 3.75 m × 4.6 m 17.5 m × 4.1 m × 4.9 m 17.5 m × 4.4 m × 5.2 m 17.5 m × 4.85 m × 6.5 m 17.5 m × 5.35 m × 7 m 17.5 m × 5.35 m × 7 m 17.5 m × 5.75 m × 7.5 m 17.5 m × 5.75 m × 7.5 m 18 m × 6.1 m × 7.5 m

Specifications - Large PP woven bags

I will insert a new column for the SLY-5400×16T model to the right of the existing columns, translating its specifications into UK English.
 
Specification SLY-1400×6T SLY-1850×8T SLY-2100×8T SLY-2300×8T SLY-2600×10T SLY-3200×12T SLY-3400×12T SLY-4800×14T SLY-5200×16T SLY-5400×16T
Main machine speed 10–113 rpm (variable frequency) 10–82 rpm (variable frequency) 10–82 rpm 10–82 rpm 10–58 rpm 10–53 rpm 10–53 rpm 10–45 rpm 10–40 rpm 10–40 rpm
Main motor power 5.5 kW 7.5 kW 11 kW 11 kW 11 kW 18.5 kW 18.5 kW 22 kW 22 kW 22 kW
Main reducer Single-stage belt transmission Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor Conical gear reducer directly connected to motor
Number of shuttles 6 8 8 8 10 12 12 14 16 16
Track spacing 130 mm 130 mm 130 mm 130 mm 130 mm 125 mm 125 mm 125 mm 125 mm 125 mm
Folded diameter 1050–1350 mm 1450–1750 mm 1650–1950 mm 1950–2250 mm 2150–2450 mm 2850–3150 mm 3150–3450 mm 4300–4600 mm 4900–5200 mm 5050–5350 mm
Warp ends Max. 1,920 ends Max. 2,304 ends Max. 2,880 ends Max. 2,880 ends Max. 3,312 ends Max. 3,648 ends Max. 3,840 ends Max. 5,520 ends Max. 5,760 ends Max. 6,000 ends
Weft density 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable) 32–64 picks per 100 mm (continuously adjustable)
Theoretical output 65–130 m/h (82 m/h at 50 picks/100mm, 1970 m/day) 62–124 m/h (79.7 m/h at 50 picks/100mm, 1912 m/day) 62–124 m/h (79.7 m/h at 50 picks/100mm, 1912 m/day) 62–124 m/h (79.7 m/h at 50 picks/100mm, 1912 m/day) 62–124 m/h (70.1 m/h at 50 picks/100mm, 1682 m/day) 62–124 m/h (70.1 m/h at 50 picks/100mm, 1682 m/day) 62–124 m/h (70.1 m/h at 50 picks/100mm, 1682 m/day) 62–124 m/h (70.1 m/h at 50 picks/100mm, 1682 m/day) 62–124 m/h (70.1 m/h at 50 picks/100mm, 1682 m/day) 62–124 m/h (70.1 m/h at 50 picks/100mm, 1682 m/day)
Warp beam diameter Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm Max. Ø140 mm
Weft bobbin diameter Max. Ø110 mm Max. Ø110 mm Max. Ø110 mm Max. Ø110 mm Max. Ø110 mm Max. Ø105 mm Max. Ø105 mm Max. Ø105 mm Max. Ø105 mm Max. Ø105 mm
Take-up motor torque 100 kg·cm 100 kg·cm 100 kg·cm 100 kg·cm 100 kg·cm 100 kg·cm 100 kg·cm 100 kg·cm 100 kg·cm 100 kg·cm
Effective take-up width Max. 1,400 mm Max. 2,000 mm Max. 2,300 mm Max. 2,300 mm Max. 2,600 mm Max. 3,200 mm Max. 3,400 mm Max. 4,800 mm Max. 5,200 mm Max. 5,400 mm
Take-up roll diameter Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm Max. Ø1,200 mm
Length measurement Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter Electronic counter
Shuttle size Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm
Warp bobbin size Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm Ø38 × 230 mm
Warp feeding system Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed Positive feed
Warp break control Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break Automatic stop on warp break
Weft completion control Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device Bluetooth generator-type weft completion device
Lubrication system Large cam without rocking rod; cam forced lubrication; shuttle wheel/slat lubrication via electromagnetic oil pump drip oiling. Large cam without rocking rod; cam forced lubrication; shuttle wheel lubrication via electromagnetic oil pump drip oiling. Large cam without rocking rod; cam forced lubrication; shuttle wheel lubrication via electromagnetic oil pump drip oiling. Large cam without rocking rod; cam forced lubrication; shuttle wheel lubrication via electromagnetic oil pump drip oiling. Large cam without rocking rod; cam forced lubrication; shuttle wheel lubrication via electromagnetic oil pump drip oiling. Large cam without rocking rod; cam forced lubrication; shuttle wheel lubrication via electromagnetic oil pump drip oiling. Large cam without rocking rod; cam forced lubrication; shuttle wheel lubrication via electromagnetic oil pump drip oiling. Large cam without rocking rod; cam forced lubrication; shuttle wheel lubrication via electromagnetic oil pump drip oiling. Large cam without rocking rod; cam forced lubrication; shuttle wheel lubrication via electromagnetic oil pump drip oiling. Large cam without rocking rod; cam forced lubrication; shuttle wheel lubrication via electromagnetic oil pump drip oiling.
Machine dimensions (L × W × H) 17.3 m × 3.5 m × 4.5 m (double slit, double wind) 16 m × 3.55 m × 4.6 m 16.5 m × 3.75 m × 4.6 m 16.5 m × 3.75 m × 4.6 m 17 m × 4.1 m × 5.2 m 17 m × 4.75 m × 5.5 m 17 m × 4.75 m × 5.5 m 17 m × 4.8 m × 7.5 m 17 m × 6 m × 7.5 m 17 m × 6.2 m × 7.5 m

Why Choose Us

Experts in Packaging Automation

Our team has decades of experience engineering efficient, reliable packaging machines for a wide range of industries.

Competitive Pricing

Quality packaging solutions at affordable, industry-leading prices.

Solution Design

We offer CAD and 3D sketches, with 3-phase QC for assured quality.

Fast Delivery

Our machines are produced in just 20 to 30 working days, ensuring quick turnaround without compromising quality

After-Sales Service

One-stop service from design to installation including integrating design, measurement, production, delivery, installation, and after-sales service and ongoing support.

Trusted by 150+ Clients

Businesses worldwide rely on our machines for consistent performance and long-term value.

FAQ

How to select the right packing machine?

If you need a small bag packing machine, start by confirming your bag type.
Next, choose a suitable feeding system (e.g., screw, pump, etc.) based on your product’s characteristics.
Then, select the appropriate machine model according to your bag size. For large bag packing machines (5kg to 50kg), simply let us know your desired output per hour and the type of raw materials you’re using.

How to choose the right automatic palletising machine?

To select a suitable automatic palletising machine, first confirm your bag type.
Then, based on your product's characteristics, choose an appropriate dosing system (such as screw, pump, etc.).
After that, select the machine model according to the bag size. For larger bags (5kg to 50kg), please provide your target hourly output and the name of your raw material so we can recommend the best solution.

How does WizMachinery's machines differ from other manufacturers?

We use internationally recognized components like OMRON, SIEMENS, ABB, Schneider, AirTAC, and NSK, ensuring high-quality, reliable machines with minimal concerns about lifespan and future replacements for our clients.

How does WizMachinery's service differ from other manufacturers?

We are a factory with an in-house team of design engineers and a 10,000-square-meter production workshop. Based on customer needs, we provide customized circuit designs and complete project support—from initial consultation, planning, and equipment selection to manufacturing, site layout, delivery, installation, and commissioning. We offer comprehensive solutions to our clients.

In addition to delivering high-quality machinery, timely online after-sales support, and on-site installation services, we assist clients in selecting the right packaging materials, calculating site area, assessing input-output ratios, and determining requirements for electricity and air supply.

How does WizMachinery approach product and program design?

We focus on simplicity and user-friendliness in both design and programming, as our goal is to reduce labour costs through automation, not increase operational complexity.

What is your production and delivery time?

The typical production cycle for our equipment is approximately 10-30 working days, depending on the machinery. Once production is completed, you can either visit our factory for an inspection or request photos and videos of the finished products.
We offer various transportation options, including rail, sea, and combined (sea and rail) transport. Delivery times vary by region:
* Southeast Asia: 7-15 days
* Central Asia: 20-30 days
* Middle East: 20-40 days
* Africa & Americas: 30-50 days
* Russia & Europe: 25-40 days
We also provide detailed photos and videos of the loading process, along with complete information regarding equipment declaration and customs clearance.

What is the warranty for the machine?

The warranty period of our equipment is 12 months, usually it takes about 30 days (1 month) from China to the customer's place, and the installation and commissioning time also takes about 30 days (1 month), so the warranty period is extended to 18 months from the date delivery (excluding wearing parts). We will provide customers with the necessary wear parts upon delivery of the goods. If there are any quality problems during the warranty period, we will fix the problem as soon as possible. If the parts need to be replaced, we will deliver them to the customer by air, and we will take care of all costs.

Can engineers be sent to the site for installation and equipment debugging?

Depending on the machinery, we will send an engineer to your facility to assist with machine installation and provide training for your staff on its operation. We will also provide installation instructions for the production line, layout drawings, assembly drawings, etc. If the customer has his own engineer, he can install the equipment according to the installation drawings, and we can also guide the installation. The customer is responsible for covering round-trip airfare, accommodation, and a fee of USD 150 per day per person. The duration of the visit will depend on the machines ordered, typically ranging from 7 to 30 days.

What certificates do you have?

We hold ISO 9001 certifications for environmental protection and quality management systems. Additional certifications, such as SGS and EAC, can be provided based on the requirements of the customer's country.

What are your payment terms?

Payment ≦ 5000 USD, 100% in advance. Payment ≥ 5000 USD, 30% T/T in advance, balance before shipment.

Can you produce customized equipment based on our requirements?

Yes, we can manufacture customised equipment tailored to your specific needs. Since end users best understand the challenges they face during operation, we welcome customer feedback and continuously improve our machines based on those insights.