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The D130 high speed nail making machine is designed for automatic production of wire nails from 75 mm to 130 mm long using steel wire from 2.75 mm to 4.2 mm in diameter. With a production speed of up to 600 nails per minute, touchscreen operation and a dual-punch forming system, the D130 is suitable for professional nail factories and high-volume fastener production lines.
The machine is intended for producing loose wire nails that can be used directly as common or construction nails, or transferred to downstream collating equipment for production of coil nails, paper strip nails and other collated nail products. Actual output by weight depends on the selected nail length and wire diameter.
The D130 automatically feeds steel wire, straightens it, cuts it to the required length, forms the nail point and produces the nail head. Nail length can be adjusted within the supported range, while the wire diameter must match the required nail specification and tooling.
Up to 600 nails/min: Designed for high-volume automatic wire nail production.
75–130 mm nail length: Suitable for longer common, construction and industrial nails.
2.75–4.2 mm wire diameter: Supports multiple finished nail specifications.
Dual-punch forming: Two-stage heading structure supports consistent nail-head formation.
Touchscreen control: Centralized interface supports machine operation and parameter monitoring.
Seven alarm sensors: The machine includes multiple monitoring points for abnormal operating conditions.
Automatic lubrication: Uses 32# gear oil for the specified lubrication system.
Review the specifications below when planning a new nail production line or replacing an existing nail making machine.
| Parameter | Specification |
|---|---|
| Model | KYA-D130 |
| Machine Type | High Speed Automatic Wire Nail Making Machine |
| Production Speed | Up to 600 nails/min |
| Nail Length Range | 75–130 mm |
| Wire Diameter Range | 2.75–4.2 mm |
| Motor Power | 7 kW / 9 kW |
| Power Supply | AC 380V / 415V |
| Lubrication System | 32# Gear Oil |
| Machine Dimensions | 2300 × 1100 × 1100 mm |
| Machine Weight | Approx. 3500 kg |
| Nail Length Tolerance | ±0.2 mm |
| Control Interface | Touchscreen |
| Head Forming | Dual-Punch / Twice Stamping System |
The D130 uses a twice-stamping, dual-punch structure for nail-head forming. The nail head is formed in multiple stages rather than relying on a single impact, helping maintain a more consistent head profile during high-speed production.
Correct punch, die and cutter selection remains important because the required tooling depends on nail wire diameter, finished head geometry and nail length.
The touchscreen provides operators with a centralized interface for machine operation and monitoring. The D130 also incorporates multiple alarm sensors intended to identify abnormal operating conditions and help protect the machine during production.
For a new production line, buyers should confirm the required operating language, electrical standard and factory voltage before machine configuration and shipment.
The D130 is primarily a wire nail forming machine. It produces individual nails from steel wire. The finished loose nails can then be used directly or transferred to downstream machines for collating, threading, rolling or other secondary processing.
| Finished Product | Production Note |
|---|---|
| Common Wire Nails | Produced directly from suitable steel wire within the supported diameter and length range. |
| Construction Nails | Longer wire nails can be produced according to the required nail specification and tooling. |
| Coil Nail Blanks | Loose nails can be transferred to a compatible coil nail collating machine for final coil production. |
| Paper Strip Nail Blanks | Loose nails can be processed by appropriate paper-strip collating equipment. |
| Special Nail Types | Feasibility depends on nail head, point, shank and tooling requirements. |
The D130 has a listed maximum operating speed of approximately 600 nails per minute. Actual production output by weight varies significantly according to nail length, wire diameter, machine settings, raw material and operating efficiency.
For production planning, buyers should calculate expected kg/hour or kg/shift using the exact finished nail dimensions rather than relying on one fixed tonnage figure for every nail size.
| Capacity Factor | Effect on Production |
|---|---|
| Nail Length | Longer nails contain more steel per piece and change output by weight. |
| Wire Diameter | Larger wire diameter significantly increases the finished nail weight. |
| Running Speed | Actual stable production speed may vary according to the nail specification and setup. |
| Shift Efficiency | Tool changes, coil changes, maintenance and operator checks affect net shift output. |
The D130 is configured with a listed 7 kW or 9 kW motor, depending on machine configuration. Published KYA product information also indicates that actual operating power can be lower than the installed motor rating under normal production conditions.
Actual electricity consumption depends on nail size, operating load, machine configuration, production speed and plant conditions. Buyers evaluating production cost should request consumption data based on their planned nail specification.
Key mechanical components such as the shaft, cam and gear are made from steel and heat treated for industrial operation. Each machine is supplied with tooling matched to the requested nail specification.
| Component | Function |
|---|---|
| Nail Mould / Die | Supports nail forming according to the selected wire and finished nail dimensions. |
| Nail Cutter / Knife | Cuts wire and forms the required nail point during production. |
| Punch Pin | Forms the nail head in the dual-punch heading process. |
| Wire Feeding System | Feeds steel wire into the machine according to the production cycle. |
| Touchscreen Control | Provides centralized machine operation and status monitoring. |
| Lubrication System | Supplies lubrication to specified machine components using 32# gear oil. |
The correct machine model should be selected according to the finished nail specification rather than production speed alone. Before ordering a D130, provide the target nail dimensions and production requirements.
| Information Required | Why It Matters |
|---|---|
| Nail Length | D130 supports nail lengths from 75 mm to 130 mm. |
| Nail Diameter | Determines the required input wire diameter and machine tooling. |
| Nail Head Type | Different head profiles may require different dies and punches. |
| Nail Point | Point geometry affects cutter and tooling selection. |
| Required Output | Helps determine the number of machines and downstream equipment required. |
| Final Product | Confirm whether nails will remain loose or require coil, paper strip or other collating equipment. |
| Factory Voltage | Machine electrical configuration must match the installation site. |
A complete nail production line may include more equipment than the D130 nail forming machine itself. The final configuration depends on the incoming wire condition and the finished nail product.
| Production Stage | Typical Equipment |
|---|---|
| Wire Preparation | Wire drawing or wire preparation equipment when required. |
| Nail Forming | D130 high speed wire nail making machine. |
| Nail Polishing | Polishing equipment where surface cleaning or finishing is required. |
| Thread or Ring Shank | Thread rolling machine for ring, screw or other rolled shank profiles. |
| Coil Nail Production | Coil nail collating or welding equipment. |
| Paper Strip Nails | Compatible paper tape collating equipment. |
Before installation, the buyer should confirm sufficient factory space, a suitable machine foundation, electrical supply, raw wire specification and access for machine unloading and positioning.
Confirm the factory voltage and electrical frequency before shipment.
Prepare raw wire matching the required nail diameter specification.
Confirm adequate space around the 2300 × 1100 × 1100 mm machine body for operation and maintenance.
Prepare lifting or material-handling equipment suitable for a machine weighing approximately 3500 kg.
Install the correct nail die, cutter and punch for the target product.
Run sample production and inspect nail length, head, point and straightness before continuous operation.
Use steel wire within the specified 2.75–4.2 mm diameter range.
Use tooling that matches the target nail dimensions and head profile.
Maintain the lubrication system and use the specified 32# gear oil.
Inspect cutters, punches, dies and wire-feeding components regularly.
Stop the machine if an alarm indicates abnormal operation.
Check nail dimensions after tooling adjustment or raw-wire changes.
Disconnect and isolate electrical power before servicing internal machine components.
| Issue | Possible Cause | Recommended Check |
|---|---|---|
| Incorrect nail length | Feed adjustment or tooling setup | Check wire feeding settings and verify finished nail dimensions. |
| Irregular nail head | Punch or die wear, incorrect adjustment | Inspect the punch, nail mould and dual-punch forming setup. |
| Poor nail point | Cutter wear or incorrect cutter alignment | Inspect the nail knife and confirm correct setup. |
| Wire feeding instability | Wire condition or feed mechanism issue | Check wire straightness, diameter and feeding components. |
| Abnormal machine alarm | Detected operating abnormality | Stop production and identify the alarm condition before restarting. |
The D130 is intended for nail manufacturers, fastener factories, coil nail producers, construction nail suppliers and production-line buyers requiring automatic manufacturing of longer wire nails.
When requesting a quotation, provide the target nail length, nail diameter, head type, point type, required output, factory voltage and whether downstream coil, paper strip or thread-rolling equipment is also required.
Request a Production Line Quote
KYA Fasteners has manufactured nail-making equipment since 2003 and exports to the United States, Canada, the United Kingdom, Australia and more than 50 countries. The D130 is supplied with tooling matched to the confirmed nail specification, including the relevant nail mould, nail cutter, punch pin and spare parts.
Warranty: One year, including spare parts.
OEM configuration: Custom voltage and touchscreen options are available by inquiry.
Listed lead time: 30–45 days for the USA, EU, Australia and Canada; confirm the current schedule for your destination and configuration.
Blade life: The product information lists up to 800 million cuts per blade. Confirm the applicable blade type and service interval for the selected nail wire and operating conditions.
This page follows the D130 product details listed above. Other KYA listings show different nail ranges, speed and machine weight; confirm the final specification set against your nail samples, factory voltage and tooling before purchase.
The D130 is designed for nail lengths from approximately 75 mm to 130 mm.
The listed input wire diameter range is 2.75 mm to 4.2 mm.
The listed maximum production speed is approximately 600 nails per minute. Actual stable speed may vary with the nail specification and machine setup.
Production by weight depends on the finished nail length and wire diameter. Buyers should calculate kg/hour or kg/shift using the exact nail specification rather than applying one fixed tonnage figure to every product.
The D130 produces individual wire nails. If the final product is a coil nail, the loose nails require downstream coil nail collating or welding equipment.
The D130 can produce suitable loose nail blanks. Final paper strip nails require compatible collating equipment after nail forming.
The machine is listed with 7 kW / 9 kW motor configurations, depending on the machine setup.
The standard listed power supply is AC 380V / 415V. Buyers should provide the factory electrical standard before ordering.
The D130 uses a twice-stamping head-forming structure in which the nail head is formed through multiple punching stages rather than one single heading impact.
Yes. The machine includes a touchscreen interface for operation and machine-status monitoring.
The machine is supplied with tooling and spare components associated with the specified nail product, including nail moulds, cutters and punch pins according to the confirmed configuration.
Provide the required nail length, nail diameter, head diameter and shape, point type, shank type, expected production capacity, factory voltage and final product format. If coil nails or paper strip nails are required, also specify whether downstream collating equipment is needed.
