HWASHI · Resistance Welding Automation
Double Layer Feeder Wire Mesh Condenser Welding Machine
Model WL-RC-DL is designed for automatic spot welding of refrigerator condenser wire mesh. Its double-layer feeding arrangement alternates loading and welding fixtures to reduce manual handling and support a more continuous production cycle.
Model: WL-RC-DL10 Welding ElectrodesPLC + Touch Screen380V · 50Hz
Published product configuration 3 × 160 kVA Welding power configuration listed on the product page
Wire diameter range 1.0–2.0 mm As specified for this model
01 / Machine Configuration
Automated Feeding and Multi-Point Welding
The WL-RC-DL integrates a double-layer automatic feeder, ten welding electrodes and a PLC-based touch-screen control system. The machine is configured for refrigerator condenser wire mesh production, where repeatable wire positioning and coordinated welding are important to the manufacturing process.
10Welding electrodes
1.0–2.0 mmApplicable wire diameter
1Operator listed
6 setsMonthly supply capacity stated by supplier
Double-layer automatic feeder
Two fixture positions support alternating loading and welding. While one fixture is in the welding cycle, the other can be prepared for the next cycle.
Ten-electrode welding arrangement
Multiple electrodes are arranged for multi-point resistance welding of wire mesh intersections. Electrode layout and tooling are confirmed against the workpiece drawing.
PLC and touch-screen control
The control interface supports machine operation and parameter setting. Final welding schedules should be established through sample trials for the specified wire and joint.
Condenser manufacturing application
Intended for wire mesh components used in refrigerator condenser assemblies. Product geometry and fixture details should be reviewed before production approval.
02 / Technical Data
Technical Specifications
Published configuration for model WL-RC-DL.
| Parameter |
Specification |
| Product name |
Double Layer Feeder Wire Mesh Condenser Welding Machine |
| Model |
WL-RC-DL |
| Feeder |
Double-layer automatic |
| Welding electrodes |
10 |
| Applicable wire diameter |
1.0–2.0 mm |
| Control system |
PLC + touch screen |
| Welding power |
3 × 160 kVA |
| Input voltage / frequency |
380 V / 50 Hz |
| Operating personnel |
1 operator (as listed) |
| Application |
Refrigerator condenser wire mesh |
| Minimum order quantity |
1 set |
| Indicative listed price |
USD 42,000–72,000 per set |
| Packaging |
Export wooden case with protective foam; seaworthy packaging |
| Lead time |
15–30 working days |
| Payment terms |
T/T, L/C |
| Supply capacity |
6 sets per month |
Engineering confirmation: Welding current, electrode force, duty cycle, mesh dimensions, pitch tolerance and cycle time should be confirmed through the customer's wire samples, product drawings and welding trials. These values are application-dependent and are not stated as fixed ratings for this model.
05 / Manufacturer Information
Guangdong Hwashi Technology Inc.
Guangdong Hwashi Technology Inc. states that it was established in 2001 and specializes in resistance welding equipment, automatic welding systems and industrial robot solutions. Its company profile describes applications across home appliances, kitchenware, wire products, metal hardware, electronics and automotive components.
Company profile highlights
- Established: 2001
- Manufacturing locations: Huizhou, Guangdong and Gao'an, Jiangxi (company profile)
- Manufacturing area: approximately 50,000 m² (company profile)
- Product scope: resistance welding machines, automated welding lines and industrial robots
- Export markets stated by the company: North America, South America, Europe, Asia, the Middle East, Africa and Oceania
Certification information
The product page lists CE, CCC and ISO 9001. HWASHI's quality-control page separately lists CE certificates for specific equipment categories, including resistance welding machines, IBC cage lines, robots, sink grinding machines, and wire bending/cutting machines.
Certificate applicability should be checked against the exact WL-RC-DL machine configuration, certificate number, issuing body and validity documentation before purchase. An ISO 9001 management-system certificate is not a product safety certificate.
06 / Trade Reference
Supplier Export Activity Reference
A public ImportGenius supplier profile under the spelling “Guangdonghwashi Technology Inc.” reports 15 US customs shipment records and 10 trading partners. The database profile identifies Long Beach, California as the top port and names Core Plastech International Inc. as the top partner.
15Reported shipments
10Trading partners
5Ports listed
1Top port: Long Beach, CA
Source: ImportGenius supplier profile. The public summary uses a joined-word supplier-name variant. These figures are database-reported supplier-level indicators, not verified shipment records for this specific WL-RC-DL model or condenser welding machine category.
Supplier Trade Data Disclaimer
The figures above are a selective summary of information displayed in a public trade-data profile and do not represent a complete shipping history. Supplier-name spelling variations, aliases, subsidiaries or similarly named entities may affect matching. The summary is for reference only and does not verify supplier creditworthiness, qualifications or product quality. Buyers should independently match any transaction to bills of lading, customs declarations, invoices and the contracting legal entity.
07 / Procurement Support
Frequently Asked Questions
1. Can the WL-RC-DL be customized for different condenser mesh dimensions?
The product is an industrial welding system for condenser wire mesh. Fixture dimensions, electrode layout, mesh width, mesh length and welding-point positions should be reviewed against the customer's drawings and samples before the final configuration is confirmed.
2. What wire diameter is specified for this machine?
The product page lists an applicable wire diameter range of 1.0–2.0 mm. Material grade, coating, wire straightness and joint geometry can influence the welding schedule and should be validated by sample welding.
3. How does the double-layer feeder reduce manual handling?
The two-fixture arrangement allows one fixture to be prepared while the other is in the welding cycle. The machine then exchanges fixture positions to support a more continuous workflow. The actual labor requirement depends on upstream material preparation and downstream handling.
4. What quality checks should be included in acceptance testing?
Agree on a sample-based acceptance plan covering weld appearance, joint strength, weld consistency, mesh dimensions, pitch and repeatability. Where required, define destructive peel or tensile tests, sample quantity, test method and acceptance criteria before the factory acceptance test.
5. Can the supplier provide inspection reports and documentation?
Purchasers should specify the required documentation in the purchase contract, such as machine inspection records, electrical drawings, pneumatic diagrams, operating instructions, maintenance schedules, spare-parts lists and applicable certificate copies. Material test certificates for the customer's wire stock should be agreed separately.
6. What packaging is stated for international shipment?
The product page specifies export wooden-case packaging with protective foam and seaworthy packaging. Before shipment, confirm the packing dimensions, gross weight, moisture protection, anti-corrosion measures, lifting points, shock protection and export marking requirements.
7. What are the listed lead time and payment terms?
The page lists a delivery time of 15–30 working days, with T/T and L/C as payment terms. The contractual schedule should define when the lead time starts, drawing approval milestones, factory acceptance testing, shipment readiness and remedies for schedule changes.
8. What after-sales and installation support should be confirmed?
Confirm installation scope, commissioning responsibilities, operator training, remote troubleshooting channels, warranty duration, response time, spare-parts availability and the allocation of travel and accommodation costs for any on-site service. Obtain the final service terms in writing.
08 / Buyer Checklist
Procurement Due-Diligence Checklist
Confirm the contracting entity's registered name and business licence.
Verify model WL-RC-DL and the final approved machine layout.
Submit wire samples and production drawings for engineering review.
Agree mesh dimensions, pitch, welding points and acceptance tolerances.
Define weld-strength and consistency test methods before FAT.
Verify certificate scope, certificate numbers and validity.
Confirm electrical supply, compressed-air and cooling requirements.
Specify packaging, moisture protection and shipment inspection.
Document lead time, payment milestones and delivery conditions.
Agree warranty, training, spare parts and after-sales service terms.
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