The KYA-X50 high speed wire nail making machine is designed for automatic production of wire nails from 32 mm to 50 mm long using steel wire from 1.9 mm to 2.5 mm in diameter. With a listed production speed of up to 760 nails per minute, the X50 is suitable for nail manufacturers requiring high-volume production of medium-size wire nails.
A standard X50 system includes the nail making machine, controller and an active wire pay-off stand with a listed loading capacity of approximately 1.2–1.5 tons. The machine forms individual loose wire nails that can be sold directly or transferred to downstream equipment for coil nail, paper strip nail or other collated nail production.
The KYA-X50 automatically feeds steel wire into the forming mechanism, controls the required nail length, cuts the wire, forms the nail point and produces the nail head. Different nail sizes within the supported range can be produced by adjusting the machine and using tooling matched to the required wire diameter and finished nail specification.
Up to 760 nails/min: Designed for high-volume automatic nail production.
32–50 mm nail length: Suitable for medium-size common and industrial wire nails.
1.9–2.5 mm wire diameter: Covers multiple finished nail specifications.
7 kW installed power: Machine configuration designed for continuous industrial production.
Active wire pay-off: Supports wire coils weighing approximately 1.2–1.5 tons.
±0.2 mm listed length tolerance: Supports controlled finished nail dimensions after correct setup.
Dedicated tooling: Nail mould, cutter and punch pin are matched to the required nail specification.
| Parameter | Specification |
|---|---|
| Model | KYA-X50 |
| Machine Type | High Speed Automatic Wire Nail Making Machine |
| Production Speed | Up to 760 nails/min |
| Nail Length Range | 32–50 mm |
| Wire Diameter Range | 1.9–2.5 mm |
| Installed Power | 7 kW |
| Machine Dimensions | 1600 × 1550 × 1000 mm |
| Machine Weight | Approx. 2800 kg |
| Nail Length Tolerance | ±0.2 mm |
| Pay-Off Stand Capacity | Approx. 1.2–1.5 Tons |
| Standard System | Nail Making Machine + Controller + Active Wire Pay-Off Stand |
The X50 has a listed maximum production speed of approximately 760 nails per minute. Production speed is expressed by piece count because actual output by weight depends on the finished nail dimensions.
A 50 mm nail made from 2.5 mm wire contains significantly more steel than a 32 mm nail made from 1.9 mm wire. For this reason, actual kg/hour or tons/shift should be calculated from the specific nail being produced instead of applying one fixed weight figure to every X50 application.
| Production Factor | Effect on Output |
|---|---|
| Nail Length | Longer nails use more steel per piece and increase output by weight. |
| Wire Diameter | Larger wire diameter significantly increases individual nail weight. |
| Running Speed | Actual continuous speed depends on nail specification and machine setup. |
| Shift Efficiency | Wire changes, inspection, tooling adjustment and maintenance affect net output. |
The standard KYA-X50 configuration includes an active wire pay-off stand with a listed maximum loading capacity of approximately 1.2–1.5 tons. The pay-off system supplies steel wire continuously to the nail making machine during production.
A suitable pay-off system is important for stable wire feeding at high production speeds. Buyers should confirm raw-wire coil dimensions, coil weight and factory handling equipment when planning the production line.
Main mechanical components such as the shaft, cam and gears use steel components with heat treatment for industrial operation. Each machine configuration requires tooling matched to the nail dimensions being produced.
| Component | Function |
|---|---|
| Nail Mould / Die | Supports nail formation according to the specified wire diameter and finished nail dimensions. |
| Nail Cutter / Knife | Cuts the wire and forms the required nail point. |
| Punch Pin | Forms the nail head during the heading cycle. |
| Controller | Provides centralized machine operating controls. |
| Active Pay-Off Stand | Supplies wire continuously to the machine during production. |
The KYA-X50 is primarily a wire nail forming machine. It produces individual loose nails between 32 mm and 50 mm according to the installed tooling and raw-wire diameter.
| Finished Product | Production Requirement |
|---|---|
| Common Wire Nails | Produced directly on the X50 within its supported nail dimensions. |
| Construction Nails | Produced according to the required head, point, shank and length specification. |
| Coil Nail Blanks | Loose nails from the X50 require downstream coil nail collating or welding equipment. |
| Paper Strip Nail Blanks | Loose nails require compatible paper strip collating equipment. |
| Ring or Screw Shank Nails | Additional thread-rolling equipment is required after loose nail production. |
The final production-line configuration depends on the incoming raw material and finished nail product. The X50 performs the core wire nail forming operation, while additional equipment may be required before or after nail making.
| Production Stage | Typical Equipment |
|---|---|
| Wire Preparation | Wire drawing or preparation equipment when incoming wire requires processing. |
| Wire Pay-Off | 1.2–1.5 ton active wire pay-off stand. |
| Nail Forming | KYA-X50 high speed wire nail making machine. |
| Polishing | Nail polishing equipment when surface cleaning or finishing is required. |
| Ring / Screw Shank | Thread rolling equipment for rolled shank profiles. |
| Coil Nails | Coil nail collating or welding machine. |
| Paper Strip Nails | Paper tape nail collating equipment. |
The correct machine should be selected according to finished nail dimensions and production requirements. The X50 is intended for medium-size wire nails within its 32–50 mm length and 1.9–2.5 mm wire range.
| Information to Provide | Why It Matters |
|---|---|
| Nail Length | The X50 supports approximately 32–50 mm. |
| Nail Diameter | Determines raw-wire diameter and required tooling. |
| Nail Head | Head size and profile determine punch and die selection. |
| Nail Point | Point geometry determines cutter setup. |
| Shank Type | Ring or screw shank nails may require downstream rolling equipment. |
| Required Output | Helps determine machine quantity and production-line layout. |
| Final Nail Format | Loose, coil or paper strip nails require different downstream equipment. |
| Factory Electrical Standard | Electrical configuration should be confirmed before machine production and shipment. |
Confirm factory electrical requirements before ordering.
Prepare steel wire within the specified 1.9–2.5 mm diameter range.
Allow sufficient working and maintenance space around the machine and pay-off stand.
Prepare lifting equipment suitable for a machine weighing approximately 2800 kg.
Install nail moulds, cutters and punches matched to the finished nail specification.
Run sample production and inspect nail length, head, point, diameter and straightness before full production.
Use wire within the specified diameter range and suitable material condition.
Use tooling matched to the target nail dimensions.
Inspect cutters, punches and nail moulds regularly for wear.
Check the wire pay-off and feed path before continuous operation.
Measure finished nail dimensions after changing wire or tooling.
Keep the machine clean and follow the specified lubrication and maintenance schedule.
Disconnect and isolate electrical power before internal maintenance or tooling service.
| Issue | Possible Cause | Recommended Check |
|---|---|---|
| Incorrect nail length | Wire feed or length adjustment | Check feeding settings and measure finished nail length. |
| Irregular nail head | Punch or mould wear, incorrect adjustment | Inspect the punch pin and nail mould. |
| Poor nail point | Cutter wear or alignment | Inspect and adjust the nail cutter. |
| Unstable wire feeding | Pay-off or raw-wire condition | Check wire coil loading, wire straightness and feed components. |
| Production becomes inconsistent | Tool wear, raw-material change or setup variation | Inspect tooling and recheck wire and finished nail dimensions. |
The KYA-X50 is intended for nail factories, fastener manufacturers, coil nail producers, construction nail suppliers and production-line buyers requiring automatic production of 32–50 mm wire nails.
When requesting a quotation, provide the required nail length, nail diameter, head dimensions, point style, shank type, required output and final nail format. If coil nails or paper strip nails are required, also indicate whether downstream collating equipment is needed.
Request a Production Line Quote
The KYA-X50 is designed for wire nails approximately 32 mm to 50 mm long.
The listed wire diameter range is 1.9 mm to 2.5 mm.
The listed maximum production speed is approximately 760 nails per minute. Actual stable running speed depends on nail specification, tooling and production conditions.
Output by weight depends on the nail length and wire diameter. A production estimate should be calculated from the exact finished nail specification rather than using one fixed tonnage value for every nail size.
The standard active wire pay-off stand has a listed maximum load of approximately 1.2–1.5 tons.
The KYA-X50 has a listed installed power of 7 kW.
The listed machine weight is approximately 2800 kg.
The listed machine dimensions are approximately 1600 × 1550 × 1000 mm.
The X50 produces individual loose wire nails. Final coil nails require downstream coil nail collating or welding equipment.
The X50 can produce suitable loose nail blanks, while final paper strip nails require compatible downstream paper tape collating equipment.
The X50 produces the basic loose nail. Ring shank or screw shank profiles normally require additional thread-rolling equipment after nail forming.
The machine uses nail moulds, nail cutters and punch pins matched to the finished nail dimensions. Provide your target nail specifications so the appropriate tooling can be confirmed.
Provide the required nail length, wire diameter, head diameter and shape, nail point, shank type, required output, factory electrical standard and final product format. If coil or paper strip nails are required, also specify whether downstream collating equipment is needed.
