Precision lens manufacturer for machine vision, medical, and industrial imaging applications.

Lensmind telecentric machine vision lens family
Non-coaxial · 2/3" · C-Mount

Telecentric Lens LMJJ-TL0.14X235N23(D99)

0.14X non-coaxial telecentric lens for 2/3" sensors. WD 235 mm. Distortion <0.05%.

Non-coaxial · C-Mount

LMJJ-TL0.14X235N23(D99)

0.14X non-coaxial C-mount telecentric lens for 2/3" machine vision cameras. Working distance 235 mm. Used on gauging stations that cannot tolerate perspective error.

0.14X235 mm2/3"Non-coaxialC-Mount
  • Distortion <0.05%
  • Telecentricity <0.1°
  • Working distance 235 mm; object FOV 62.8×47.1 mm
  • C-Mount, F6

Custom magnification, working distance, and mount variants are quoted from your sensor spec.

Specifications

LMJJ-TL0.14X235N23(D99) values from the Lensmind telecentric specification sheet (LensJJYX). No series estimates.

Part No.LMJJ-TL0.14X235N23(D99)
TypeNon-coaxial
Sensor2/3"
Magnification0.14X
Object FOV62.8×47.1 mm
Working distance235 mm
F/#F6
NA0.011
Telecentricity<0.1°
Distortion<0.05%
Resolution25 µm
DOF10 mm
MountC-Mount
Non-coaxial · 2/3"

0.14X, 0.15X, or 0.2X?

Neighbors in the same type and sensor class. Magnification, working distance, distortion, and telecentricity are from the Lensmind telecentric sheet.

Spec LMJJ-TL0.14X235N23(D99)LMJJ-TL0.15X129N23LMJJ-TL0.2X148N23
TypeNon-coaxialNon-coaxialNon-coaxial
Sensor2/3″2/3″2/3″
Magnification0.14X0.15X0.2X
Working distance235 mm129 mm147.5 mm
Object FOV62.8×47.1 mm58.6×42.6 mm42×35.5 mm
Distortion<0.05%<0.05%<0.05%
Telecentricity<0.1°<0.03°<0.05°
Choose when This page.Higher magnification: smaller field, finer features.Higher magnification: smaller field, finer features.
Applications

Where LMJJ-TL0.14X235N23(D99) is specified

A 0.14X non-coaxial C-mount telecentric lens for 2/3" cameras. Working distance 235 mm. Typical stations below.

Dimensional gauging

Object-space telecentricity holds magnification when part height changes. Sheet telecentricity is <0.1°; distortion is <0.05%.

Connector, pin, and lead inspection

0.14X covers an object field of 62.8×47.1 mm at 235 mm. Use this when pitch and coplanarity must not move with Z.

Thread and fastener metrology

Locked magnification keeps pitch and profile comparable from station to station. Non-coaxial illumination is the catalog starting point for this barrel.

2/3" C-mount machine vision cameras

Matched to this sensor class. Send the camera or Sony IMX part number and we confirm image circle against LMJJ-TL0.14X235N23(D99).

Inquiry

How to specify this lens

Send these four items and an engineer replies with datasheet, telecentricity/distortion records, and pricing within one business day.

01

Camera or sensor PN

Sony IMX or the camera model. We confirm 2/3" format and C-mount against LMJJ-TL0.14X235N23(D99).

02

Object size and working distance

Object size and the distance from the lens. If 0.14X is wide or tight, we shortlist 0.15X or 0.2X in the same type and sensor class.

03

Illumination

This model is non-coaxial. Say if you need a coaxial port or a non-coaxial barrel so the first shortlist is the right type.

04

Sample qty and documents

Catalog sampling from 50 pcs standard MOQ. Name datasheet, 3D, or telecentricity/distortion records in the message.

CNC machining shop at the Lensmind optics factory
CNC turning of lens barrels at Lensmind factory
Cleanroom assembly cells at Lensmind optics factory
Optical inspection of a lens under lamp at Lensmind
Engineer running MTF test on a Lensmind production bench
MTF curves and a batch of lens barrels at Lensmind metrology

Factory

Built and tested in our own optics factory

Every Lensmind telecentric lens is machined, coated, cemented, and aligned in-house in Hangzhou. Core optical steps are not outsourced, so a drift found at final test can be traced the same day.

  • ISO 9001 process control on the production line
  • 1 μm-class active alignment before the barrel is locked
  • Per-batch telecentricity and distortion records with the shipment
See the manufacturing line →
FAQ

Questions buyers ask about LMJJ-TL0.14X235N23(D99)

What is the LMJJ-TL0.14X235N23(D99) telecentric lens?
LMJJ-TL0.14X235N23(D99) is a 0.14X non-coaxial C-mount telecentric lens for 2/3" machine vision cameras. Working distance is 235 mm. It is a catalog part in the Lensmind LMJJ telecentric line.
What cameras and sensors does it fit?
It is specified for 2/3" sensors on C-mount. Object field is 62.8×47.1 mm. Send the camera or sensor part number and we confirm image circle against this model or a nearby magnification.
What do distortion <0.05% and telecentricity <0.1° mean on the line?
Distortion <0.05% is the official sheet value at this magnification — geometric error at the field edge. Telecentricity <0.1° is the residual chief-ray angle, which is what remains of perspective error after the telecentric stop. Both are measured, not estimated.
Is this coaxial or non-coaxial?
LMJJ-TL0.14X235N23(D99) is listed as non-coaxial on the Lensmind telecentric sheet. Coaxial barrels take on-axis illumination through a side port; non-coaxial barrels are used with external lighting.
Can you customize magnification, WD, or mount?
Yes. 0.14X at 235 mm C-mount is the catalog starting point. Custom magnification, working distance, and mount variants are quoted from your sensor and gauging drawing.
Do you send a datasheet and telecentricity/distortion records?
Yes. Open the inquiry form with the model, sensor, and quantity. The reply includes the datasheet plus telecentricity and distortion records for this part. Mechanical drawings go out at quotation stage.
What is the sampling MOQ?
Catalog telecentric lenses support sampling from a 50 pcs standard MOQ. Custom programs start from a drawing or a physical sample, then run prototype-to-mass-production.
Should I use 0.14X, 0.15X, or 0.2X?
LMJJ-TL0.14X235N23(D99) (this page) is 0.14X, WD 235 mm, object FOV 62.8×47.1 mm, distortion <0.05%. LMJJ-TL0.15X129N23 is 0.15X, WD 129 mm, object FOV 58.6×42.6 mm, distortion <0.05%. LMJJ-TL0.2X148N23 is 0.2X, WD 147.5 mm, object FOV 42×35.5 mm, distortion <0.05%. Match field to working distance, or send both and we shortlist.

Request datasheet & quote

Tell us your camera / sensor part number, object size, and working distance. We reply with the datasheet, telecentricity/distortion records, and pricing within one business day.