High-Strength 5-Axis CNC Bridge Saw for Hard Stone Material Cutting

Name: High-Strength 5-Axis CNC Bridge Saw for Hard Stone Material Cutting
Brand: FUJIAN BEGITA AUTOMATION TECHNOLOGY CO., LTD.
SKU: 1985963811

Fujian, ChinaFUJIAN BEGITA AUTOMATION TECHNOLOGY CO., LTD.

US$46,000.00

1-4 Pieces

US$38,000.00

5+ Pieces

Product profile

Customization

Available

After-sales Service

12-Month Warranty

Warranty

12 Months

Type

CNC Cutting Machine

Usage

Granite, Marble

Application

Machinery & Hardware, Construction, Stone Industry

Source Voltage

380V

Automation

Automatic

Cutting Ability

High Speed

Control

CNC

Certification

CCC, SONCAP, GOST, ISO, CE

Blade Diameter

350-450mm

Worktable Size

3200*2000mm

Max Processing Size

3400*2000*120mm

Main Motor Power

26kw

Water Consumption

3m³/H

Transport Package

Sea Freight

Specification

5600*3600*3500mm

Trademark

Begita

Origin

China

Company profile

3D Software DesignCustomization from DesignsODM ServicesQuality Assurance

FUJIAN BEGITA AUTOMATION TECHNOLOGY CO., LTD.

Fujian, China

CertifiedBusiness Type: Manufacturer/Factory & Trading Company CertifiedR&D Capacity: ODM Service Available & OEM Service Available CertifiedCustomization Options: Customization from Designs, Full Customization, etc. CertifiedExport Year: 5 Years CertifiedNearest Port: Xiamen PortAverage Response Time: ≤1.82h

AI-Powered supplier vetting

SummaryThe supplier presents itself as a technology enterprise focused on CNC and automation equipment, with production, sales, and after-sales operations. It reports annual productivity of 500 pieces each for stone cutting, stone engraving, and wire saw machines, flexible customization, OEM service for popular brands, and export sales representing 71%–90% of total sales. High-end equipment is stated to hold ISO 9001 and EU CE certifications. However, important management evidence is incomplete: there are no written procedures or records for corrective actions, complaint handling, or supplier-service assessment; finished products are checked by packing staff; no R&D audit documentation or SDK is available; and there is no valid manufacturing contract with related subcontractors. Financial records are referenced by year but provide no assessable financial values. Overall, the supplier shows relevant manufacturing and customization capabilities, but its documented quality, service, R&D, and operational-control...

Supplier typeThe supplier describes itself as a scientific and technological enterprise specializing in numerical-control and automation technology, including intelligent-equipment R&D, production, sales, and after-sales. Its reported products include stone cutting, stone engraving, and wire saw machines, and it also provides OEM services for popular brands.

CertificationsThe supplier states that its CNC 4-axis integrated bridge cutting machine, 5-axis intelligent bridge cutting machine, and other high-end equipment have passed ISO 9001 international quality-management-system certification and EU CE certification. The evidence is limited to the stated certification claim and does not include certificate numbers, validity dates, or scope details.

Production capacityReported annual productivity is 500 pieces each for stone cutting machines, stone engraving machines, and wire saw machines; the supplier also reports in-stock capability and lead times of within 15 working days in the off-season and one month during peak season. Countervailing controls include the absence of a valid manufacturing contract with related subcontractors, finished-product checks performed by packing staff, and no written service-capability assessment procedure or records.

Customization capabilityThe supplier explicitly offers flexible customization, customization from designs, and full customization. Its technology engineers are responsible for confirming customer requests and designing new products, supporting the existence of a customer-specific design capability, although the lack of available R&D audit documentation limits verification of the formal development process.