Laboratory Semiconductor Thermostatic Solid Cold/Hot Plate

Name: Laboratory Semiconductor Thermostatic Solid Cold/Hot Plate
Brand: Zhengzhou Hepo International Trading Co., Ltd.
SKU: 695046632

Henan, ChinaZhengzhou Hepo International Trading Co., Ltd.

US$3,761.80-5,102.85

1 Piece

Product profile

Customization

Available

Application

School, Hospital, Lab

Customized

Model NO.

HP-CP300W

Certification

CE, ISO

Structure

Portable

Material

Luminum Alloy or Copper Alloy Material

Type

Laboratory Solid Cold/Hot Plate

Name

Laboratory Semiconductor Thermostatic Plate

Model

HP-Cp300W

Power Source

AC220V,50Hz

Max Power

300W

Power System

Large Power Control Switch,Maximum 500W

Display

Display Setting Temperature and Realtime Measured

Temperature Range

Room Temperature-40℃

Refrigeration Way

Two-Stage Semiconductor Refrigeration

Thermostatic Mode

Natural Radiation Conduction

External Size(Esteemed)

160 X430X140mm & 280 X 330 X 140mm (W*D*H)

Transport Package

Stardard Exporting Package

Specification

160 X430X140mm & 280 X 330 X 140mm (W*D*H)

Trademark

HEPOBIO

Origin

Zhengzhou of Henan

HS Code

9032100000

Production Capacity

1000ppcs/Month

Company profile

Zhengzhou Hepo International Trading Co., Ltd.

Henan, China

Business Type: Manufacturer/Factory, Trading Company, Group CorporationAverage Response Time: ≤1.65h

AI-Powered supplier vetting

SummaryThe supplier presents established manufacturing and quality-system credentials, with eight production lines, stated output across five medical-equipment categories, broad export coverage, and ISO 13485, ISO 9001, ISO 14001, and GMP certifications. It offers extensive product customization and maintains inventory capability, with stated lead times within 15 working days in both peak and off-season periods. However, evidence also shows material gaps: no written corrective-action or complaint-handling procedures, no documented service-assessment procedure, no environmental impact assessment report, no overseas warehouse or showroom, no recent new-product activity, no ODM or major-brand OEM service, no SDK, zero stated R&D patents, and no available R&D design-control documentation. Financial records are indicated for multiple years, but the slices do not provide sufficient non-financial evidence to assess financial credibility.

Supplier typeThe supplier manufactures medical and biosafety-related equipment, including cold-chain, clinical, first-aid, and laboratory products. It operates eight production lines, describes imported production equipment, and exports to multiple global regions, indicating a manufacturer with broad product and market coverage.

CertificationsThe supplier states that its factories adopted ISO 9001:2008 and ISO 13485 systems, while its supplier-management certifications include ISO 13485, ISO 9001, ISO 14001, and GMP. These explicitly stated certifications support a positive assessment of formal quality and management-system coverage.

R&D capabilityThe supplier has 11–20 years of total R&D-engineer experience and can customize products, but reports no new products during the past year, no SDK, no software-instrument R&D, zero R&D patents, and no available design-input, output, review, verification, or validation documentation. The explicit evidence indicates limited demonstrated innovation infrastructure.

Production capacityThe supplier operates eight production lines and reports production quantities for deep freezers, analyzers, and incubators, alongside inventory capability and broad export markets. Its company description also cites dedicated product solutions and imported production equipment, providing explicit evidence of substantial manufacturing capability.

Customization capabilityThe supplier explicitly offers customization from samples and designs, full, minor, and flexible customization, and assigns R&D engineers to customize products according to customer needs. However, the absence of documented R&D design-control records means process formalization is not demonstrated, while the customization offering itself is clearly supported.