TOSHIBA TELI CORPORATION

Industrial Camera

Description

Providing a wide range of sensors, camera formats and control methods as well as individual interfaces to meet a wide range of customer needs.

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Products

Digital interface camera lineup chart

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Digital interface camera lineup chart image

CoaXPress 2.0 Camera

Introducing high speed, high performance integrated cameras with CoaXPress 2.0 interface.

CoaXPress 2.0 Camera

Model

Dual USB3 Camera

Introducing high speed dual USB3.1 Gen1 (Dual USB3) interface cameras, high performance integrated.

Dual USB3 Camera

Model

USB3 Camera (High performance)

Introducing high speed dual USB3.1 Gen1 interface cameras, high performance integrated.

USB3 Camera (High performance)

Model

USB3 Camera (Compact)

Introducing USB3.1 Gen1 interface cameras, high speed and compact integrated.

USB3 Camera (Compact)

Model

GigE Camera

Introducing Gigabit Ethernet cameras, possible to use long distance transmission, compact integrated.

GigE Camera

Model

Camera Link (PoCL) Camera

Introducing Camera Link interface cameras high speed, high reliability and integrated.

Camera Link (PoCL) Camera

Model

LCD Monitor

Model

Precautions on handling products
Discontinuance Information

Introduce of Application

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Industrial Cameras Case Studies of Products in Use
Image Sensor Positioning Solutions

Automatic positioning solutions by using image sensors through industrial cameras can achieve three things: Higher precision industrial cameras; Reduction of personnel by automating adjustments; and Product size reduction.

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Technology

Depth of field, hyperfocal distance, and hyperfocal sequence

Depth of field, hyperfocal distance, and hyperfocal sequence

The depth of field is the distance between the nearest and the farthest objects in an image that appear acceptably sharp.

This white paper describes, in an easy-to-understand way, the depth of field in relation to the hyperfocal distance and the hyperfocal sequence.
Which lens should I use to capture this image

Which lens should I use to capture this image

Machine vision requires a photographic lens to project an image of an object onto a camera’s image sensor.
Its selection method is described in our product brochures and on our website as well as in commercially available books and trade journals. However, we receive many questions about the relationship between a field of view (FoV, i.e., the area of the inspection captured on the camera’s image sensor) and a camera’s optical system although it can be calculated very easily.
This white paper gives several examples to plainly describe how to select a camera lens that satisfies your FoV requirement.
TeliCamSDK Viewer comparison

TeliCamSDK Viewer comparison

This document describes the features and enhancements of the new viewer called "TeliViewer" and compares its functions with those of TeliU3vViewer / TeliGevViewer.

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