Surtronic 3+

accurate surface roughness measurement
total portability for workshop or laboratory use
selectable parameters and large range of accessories
optional PC software for advanced analysis and reporting
capability

Surtronic 3+ combines advanced technology with accuracy and value to give effective measurement of surface finish in the workshop, inspection room or laboratory. Portable and flexible, Surtronic 3+ is ideal for measuring a wide range of components even if they are inaccessible or difficult to move.

Form Talysurf Intra

shop floor form and surface finish measurement
remote operation through an infra red link
colour VGA touchscreen with one-touch icons
powerful, easy to use menu-driven software

Component inspection shouldn't be more complex than manufacturing - with Form Talysurf Intra it isn't. The custom software, with simple "one touch" icons,
makes inspection and analysis fast and efficient.

Form Talysurf Series Inductive

the market leading reference instrument for surface finish,
form and profile measurement
powerful control and analysis using µltra Windows software
modular concept including 3D options
wide range pick up option for contour measurement

Form Talysurf Series embodies the world standard for surface roughness, straightness and form measurement. Key features include a precision internal straightness datum, high resolution inductive gauge (with ball calibration and full arcuate correction for optimum measurement accuracy) and the latest Windows NT® µltra software. The product is designed with the flexibility to accomodate the workshop or laboratory user with manual or programmed operation capability.

Form Talysurf Series PGI

the market leading reference instrument for surface finish,
form and profile measurement
exceptional range to resolution ratio - 10 mm @ 12.8nm
powerful control and analysis using µltra Windows® software
contour and 3D analysis software options

Form Talysurf Series PGI incorporates the main features and benefits of other products within the Form Talysurf Series range with the addition of the unique PGI gauge. No other surface measurement instrument offers the same combination of gauge range, resolution and linearity that enables users to monitor high precision processes in markets such as bearings and optics manufacturing.

Talycontour

dedicated 2D contour measurement
50mm gauge range with outstanding 32nm resolution
200mm traverse length with high accuracy straightness
CAD file import and data comparison capability

Combining world-renowned precision with powerful analysis software, Talycontour is the ideal system for 2D contour measurement. A traverse length of 200mm and gauge range of 50mm gives Talycontour a large measurement envelope for the high accuracy inspection of components in a variety of industries.

Nanostep

analysis of micro surface texture and
step-height to sub-nanometre resolution
high thermal stability - constructed from zero expanding glass
ceramic
100mm diameter component capacity, 50mm traverse,
resolution down to 31pm.
very low stylus force for delicate materials - adjustable from
1 to 70 mgf

Nanostep incorporates Taylor Hobson metrology technology originally developed for the universally respected Talysurf surface measurement instruments. The system delivers superb environmental stability
by the use of zero expansion co-efficient materials, allowing users to perform analysis of step height and micro-surface texture to sub-nanometre resolution.

Talyseries Roughness

surface roughness measurement on the production line
applications include connecting rods, camshafts, crankshafts,
camshafts and cylinder heads
easy to use - single button operation and pass/fail indication

Talyseries Roughness is a shop floor, ruggedised system providing sophisticated measurements of connecting rods, camshafts, crankshafts, cylinder heads and valve guides. It is easy to use with a simple pass/fail indicator and is custom-built to deliver the system ideally suited to your production process.

Talyrond 30

cost effective roundness precision measurement
super high precision air bearing spindle and high
resolution gauging
fast - easy to set up and operate. Ideal for workshop
interactive programming for batch measurement

This compact but highly versatile instrument is the entry-level product in the range of roundness geometry products from Taylor Hobson. Data collection and analysis is driven by simple user-friendly software and operator interaction with the manual table and gauge controls. The heart of the product is a super precision air-bearing spindle, produced on Taylor Hobson's own diamond turning machines.

Talyrond 31

cost-effective precision roundness measurement
- including cylindricity
super precision air bearing spindle and high resolution gauging
fast - easy to set up and operate. Ideal for workshop and
laboratory
automated measurement and analysis using simple
programming

Both roundness and cylindricity can be measured and analysed on this compact yet versatile workshop instrument. The user can control and program the unit through easy to use PC Software with both on screen and hard copy output options.
Component set-up time is minimised with the provision of a software set-up aid. A wide range to resolution gauge with variable stylus force collects the form information from the component's surface. The heart of the product is a super precision air-bearing spindle, produced on Taylor Hobson's own diamond turning machines.

Talyrond 265

automated roundness/geometry system
modular concept - choose the product that meets
your requirements
powerful control and analysis via µltra software
automatic centring and levelling capabilities for fast
component set up

Talyrond 265 is Taylor Hobson's mid-range roundness/geometry measuring instrument. Easily programmed using µltra roundness software, Talyrond 265 is quick and easy to use. Component set-up is fully automatic using motorised centring and levelling.
µltra has built in filtering and data removal options to ensure that compliance with international standards is never compromised. Talyrond 265 is designed and manufactured to give unequalled measurement performance.

Talyrond 290

fully automated roundness/geometry system incorporating
µltra software
unrivalled centring and levelling capabilities for fast
component set up
fully automated gauge arm positioning
bi-directional air bearing spindle with accurate positional control

Talyrond 290 is the flagship of the mid-range roundness geometry instruments offering large measurement capacity and full automation of all axes including gauge arm attitude and orientation.

Talyrond 290 incorporates a bi-directional spindle with glass scale and reading head for accurate and repeatable positioning. Highly accurate vertical straightness and cylindricity measurements are made possible by the use of a cast iron column. cast iron provides the stiffness and rigidity to ensure the relationship between column and spindle axes remains constant throughout the entire measurement envelope.

Talyrond 290 has unrivalled arm and column positioning accuracy, combined with greater speed, to deliver an outstanding performance where greater repeatability, reproducibility and cycle times are critical.

Talyrond 4

large scale roundness/geometry measurement
1000kg load capacity
large worktable with 1000mmx100mm travel and fully
automatic centring and levelling
choice of columns up to 2metres high
high accuracy - fully automatic

Talyrond 4 is an essential measuring instrument for high precision roundness and geometry analysis of large, heavy or non-concentric components such as engine blocks, connecting rods and crankshafts.

Talyrond 400

large scale roundness/geometry measurement
highly stable datums provide extreme accuracy
fully automated - fast and easy to use
high volume measurement, heavy load capability (225kg)

Talyrond 400 combines a heavy-duty load handling capability with powerful automated measurement and analysis facilities to offer complex measurements on large cylindrical components, such as crankshafts.
Gauge attitude changing and centring and levelling are fully automatic. High precision horizontal and vertical datums combine with the heavy-duty hydrostatic spindle to ensure precise geometrical measurement.

Talyrond 73

unrivalled accuracy, repeatability and stability
rapid set up and measurement
µltra high precision roundness version used in national
reference laboratories

The Talyrond 73 instrument range delivers several levels of roundness measurement performance from ± 25nm for the standard instrument down to ± 5nm for the µltra High Precision Roundness (UHPR) version.
These exceptional levels of accuracy have lead to many national standards institutes using the Talyrond 73 UHPR for calibrating reference standards.

Talyseries Roundness

roundness measurement on the production line
applications include cylinder bores and crankshaft bores
easy to use - single button operation and pass/fail indication
analysis of up to 8 planes in one measurement cycle
saving time in the production process

Talyseries Roundness is a shop floor, ruggedised system providing sophisticated measurements of cylinder bores and crankbores. It is easy to use with a simple pass/fail indicator and is custom-built to deliver the system ideally suited to your production process.

As a purpose-built contact and non-contact scanning instrument, Talyscan 150 is a dedicated surface topography system, which is fast, flexible and easy to use.
The non-contact probe uses laser triangulation technology with a gauge range of 10mm. The contact probe is the market leading Form Talysurf inductive gauge with an extended 2.5mm range. Systems can be specified with contact, non-contact or both gauges - giving a product with great measuring flexibility.

Single or multiple measurements can be taken with a scanning range from a minimum of 50µm x 50µm to a maximum of 97mm x 97mm. A maxium scanning speed is 10mm/second delivering real benefits in measurement throughput.

The instrument is supplied with the market leading Talymap 3D analysis software. Talymap has been designed specifically for the metrology industry and includes many advanced functions; zoom, filtering, levelling by least square line removal, symmetries, rotations, threshold setting, by cylinder sphere or polynomial form removal and much more.

Autocollimators

High accuracy angle measurement
Easy to set up and operate
Non contact measurement
Choice of visual or photo-electronic systems
High performance and repeatable measurement

...from inexpensive visual to dual axis digital systems capable of measuring 0.01second, equivalent to 50nm per m (or for the sportsmen and women a hole in one from London to Moscow - 100mm/2000km).

Used for measuring for example:
Angle: (indexing head accuracy)
Straightness (machine tool slides in two axes)
Squareness (spindles to slideways)
Parallelism (slideways)

From inexpensive visual or dual axis digital systems capable of measuring 0.01 second, equivalent to 50nm per m (or for the sportsmen and women a hole in one from London to Moscow (100mm/2000km)!
Windows based software programs are available for computer processing and graphic output of flatness, straightness, squareness, twist and polygons up to 72 faces.

Electronic Levels and Clinometers

Talyvel offers:
Quick, accurate and simple setting to gravity,
or measurement of level
Unrivalled accuracy of 0.2arc second over the centre
measuring region.
RS232 and analogue output from the display unit

Clinometers offer:
from full 360 degree measurement to level
measurements to 0.1second

Used for angle and level measurements:
Level/Flatness: (granite tables)
Straightness and Twist: (machine slides)
Squareness: (of machine columns)
Angle: (remote monitoring of movement of structures)

Windows based software programs are available for computer processing and graphic output of Talyvel electronic level readings.

Micro Alignment Telescope

Used throughout industry for solving alignment
problems
Robust, reliable and portable
Full range of accessories ensure versatility
to a wide variety of applications

Used for checking and setting for example:
Alignment: (series of bores or bearings)
Squareness (column to a base)
Parallelism (series of rollers)
Level/flatness (machine bed foundation)
Straightness (rails or guideways)

with its Optical and Mechanical axes aligned to within 3 seconds, a typical accuracy of 50-70um at 30m is achievable.