High Rigidity 63t Frame Servo Hydraulic Press for Thin Sheet Metal Stretching

Name: High Rigidity 63t Frame Servo Hydraulic Press for Thin Sheet Metal Stretching
Brand: Tengzhou Taili CNC Machine Tool Co., Ltd.
SKU: 2275212455

Shandong, ChinaTengzhou Taili CNC Machine Tool Co., Ltd.

US$5,300.00-21,500.00

1 Piece

Product specifications

Specification

Product profile

Customization

Available

Feature

Automation, Precision, High Efficiency

Customized

Model NO.

63T-460-800-630X560

Condition

New

After-sales Service

Engineers Available to Service Machinery Overseas

Product Name

Industrial Frame Hydraulic Press Machine

Keywords

Frame Hydraulic Press

Nominal Force

63-10000 Ton (Customizable)

Table Dimension

550*550-2500*1800 mm

Slide Stroke

400-1600 mm

Max .Opening Height

600-1600 mm

Motor Power

5.5-30*2 Kw

Frame Structure

Four-Column Steel Plate Framework

Control System

PLC + Servo Motor Integration

Guiding System

High-Precision Four-Column Guide Rails

Hydraulic System

Variable Displacement Pump with Load Sensing

Guiding Method

High-Precision Guide Rail

Safety Features

Emergency Stop, Light Curtain, Dual-Hand Control

Application

Metal Forming, Stamping, Deep Drawing

Transport Package

Overall or Box Packaging Transportation

Specification

Standard Specifications or Customized

Trademark

TAILI CNC

Origin

Shandong, China

Company profile

Importers and ExportersYears of Export ExperienceMulti-language PioneerProduct Certification

Tengzhou Taili CNC Machine Tool Co., Ltd.

Shandong, China

CertifiedBusiness Type: Manufacturer/Factory & Trading Company CertifiedR&D Capacity: ODM Service Available & OEM Service Available CertifiedCustomization Options: Customization from Designs, Minor CustomizationExport Year: 2010-05-31Nearest Port: Qingdao Port, Tianjin Port, Yiwu PortAverage Response Time: ≤5.57h

AI-Powered supplier vetting

SummaryThe supplier is a limited company and professional manufacturer of CNC forging and pressing machinery, with products including shearing machines, hydraulic and CNC bending machines, punch presses, and related mechanical equipment. It reports manufacturing capability, exports for 41%–50% of total sales, ten years of export experience, self-operated import/export rights, and participation in an offline manufacturing equipment exhibition. It offers customization from customer designs, minor customization, ODM, and OEM services. Its stated after-sales service is reliable, but detailed service processes are not provided. R&D exists as a professional technical supplier, yet no new products were introduced in the past year, and it lacks 3D software design and SDK support. No certifications or customer cases are explicitly documented. It has 72 employees and identified production equipment, while no overseas warehouse, showroom, agent, or branch is available.

Supplier typeThe supplier is a limited company specializing in manufacturing and selling mechanical equipment, CNC machine tools, and CNC forging and pressing machinery. Its stated business scope also includes machine-tool maintenance, related components, and import/export activities.

After-Sales capabilityThe supplier explicitly states that it provides reliable after-sales service and offers machine-tool maintenance. However, it has no overseas warehouse, showroom, agent, or branch, and no detailed overseas service network or service performance evidence is provided.

Production capacityThe supplier manufactures CNC machine tools and forging and pressing equipment, with identified facilities including laser cutting, lathes, gantry milling, steel plate shearing, and drilling machines. Its product range and stated manufacturing specialization provide explicit evidence of production capability, although the inspection method has instructions but no written records.

Customization capabilityThe supplier supports customization from customer designs and minor customization, and explicitly provides ODM and OEM services, including OEM for popular brands. It does not provide 3D software design services, so customization is supported but not evidenced as full 3D design capability.