Small Hole Drilling EDM Machine Multi Channel Electrode Tube

Name: Small Hole Drilling EDM Machine Multi Channel Electrode Tube
Brand: Ningbo Mingson Technology Co., Ltd
SKU: 2077094762

Zhejiang, ChinaNingbo Mingson Technology Co., Ltd

US$0.06-0.55

1 Piece

Sample price:US$0.55/piece.Request sample

Product profile

Customization

Available

Condition

New

Certification

ISO9001

Model NO.

Copper Multi Hole Electrode Tube

Customized

Material

Copper

Application

EDM Drilling Machine

Type

Multi Hole

Length

200-600m

Stock

Stock Available

Trade Terms

EXW, Fob, CIF, CFR

Transport Package

Plastic Tube and Standard Export Carton

Specification

0.15~4.0mm

Trademark

Mingson

Origin

China

HS Code

7411219000

Company profile

Ningbo Mingson Technology Co., Ltd

Zhejiang, China

Business Type: Manufacturer/Factory, Trading CompanyAverage Response Time: ≤7.46h

AI-Powered supplier vetting

SummaryThe supplier is a limited company with a focus on EDM products and services. They provide ODM and OEM services, indicating strong R&D capabilities but lack SDK availability. Financial data is robust, covering up to 2024. Their export operations are significant, with up to 70% of sales from exports. However, their after-sales service capability is underdeveloped, lacking records of corrective actions. The supplier does not manage overseas warehouses or participate in international trade shows, limiting their global presence.

Supplier typeThe supplier is a limited company, indicating a structured business entity with defined liability.

After-Sales capabilityThe supplier has procedures for service capability and complaint handling but lacks records of corrective actions.

Financial creditThe supplier has financial data available up to 2024, indicating financial stability and credibility.

Production capacityThe supplier has a significant production capability with an annual output of 3000 tons of EDM Wire.

Customization capabilityThe supplier provides customization from samples, suggesting a flexible production approach.