Customize Fully Automatic Wire Processing And Housing Insertion Machines

SDC-082A

FULLY AUTOMATIC COAXIAL CABLE CUTTING, STRIPPING, CRIMPING & TINNING MACHINE

FULLY AUTOMATIC COAXIAL CABLE CUTTING, STRIPPING, CRIMPING & TINNING MACHINE

The SDC-082A is a specialised automation system designed for precision coaxial cable processing. This machine completes fine stripping, accurate cutting length control, precise terminal crimping and optional end tinning in one continuous process.

  • Suitable for ultra-small OD coaxial cable 1.13–1.37mm

  • High precision stripping ensures stable RF signal integrity

  • One machine completes: cut strip crimp tin (optional)

  • Servo control for high repeatability and length accuracy

An Affordable Excellence Machine

This standard crimp machine is designed for crimping terminals using quick change applicators and for using both at the same time, in one single operation.

Highlights

Technical Specifications

Model

Model 1 SDC-082A

Machine Type

Model 1 Automatic Coaxial Cable Cutting, Stripping, Crimping & Tinning

Application Field

Model 1 For producing coaxial cable (Ø1.13–1.37mm), crimping terminals at both ends, or one-end crimping

Applicable Cable Diameter

Model 1 Outer Diameter 1.13mm – 1.37mm

Cutting Length Range

Model 1 40mm – 600mm

Power Supply

Model 1 AC 220V / 50Hz

Rated Power

Model 1 5 kW

Crimping Force

Model 1 0.4 Ton

Control Interface

Model 1 Touch Screen HMI English

Control System

Model 1 Servo Motion Control

Air Supply Requirement

Model 1 0.5 – 0.7 MPa

Machine Dimensions (L×W×H)

Model 1 2000 × 1500 × 2000 mm

Optional Functions

Model 1 CCD vision inspection, auto solder tin-control, NG sorting

Processing Capabilities

Cutting to length

Full stripping

Ferrule crimping

Cutting pulled strands / Zero cut

Partial stripping

Wire end solidifying, splicing, welding

Get the full product details

You can explore features, Specifications and benefits in our brochure. Our brochure provides insights into cutting-edge automation solutions designed to boost efficiency, precision, and performance.