ENGINEERED BY CAMBRIDGE TECHNOLOGYPRECISION MIRRORSULTRA PRECISION REFLECTIVE OPTICS FOR
THE MOST DEMANDING APPLICATIONS
Novanta develops photonics solutions through our globally
recognized brands— ARGES, Cambridge Technology, Laser
Quantum and Synrad— specializing in cutting-edge components
and sub-systems for laser-based diagnostic, analytical,
micromachining and fine material processing applications.
Powerful lasers, coupled with advanced beam steering andintelligent sub-systems incorporating software and controls,deliver extreme precision and performance, tailored to ourcustomers’ demanding applications.

HIGH PRECISION BERYLLIUM MIRRORS
Beryllium offer unique performance advantages for many industrial
and medical applications. Low mass, low inertia, high stiffness,excellent thermal conductivity, and exceptional dimensional
stability make beryllium the perfect solution when the highest
dynamic performance is required.
Offering a one-stop-shop for all processes, Novanta’s in housemanufacturing capabilities allow flexible mirrors to be produced
from raw material through precision, polished, optically coatedproducts ready for integration into OEM equipment.

HIGH PRECISION SILICON MIRRORS
Silicon offers a lower-cost alternative to beryllium and depending on
the coating and application needs, silicon designs can approach thedynamic performance of beryllium mirrors and exceed the opticalperformance. Good stiffness, excellent thermal conductivity, andexceptional dimensional stability often make silicon an excellent
choice.
Novanta has vast experience working with OEM customers tomanufacture and deliver beryllium and silicon mirror solutions toexacting specifications in high volume.

FLEXIBLE OPTICAL COATING OPTIONS
We offer a variety of precision reflective coatings using advanced
optical coating chambers. Our coating and processing
capabilities apply to a variety of substrates including
beryllium, silicon and fused silica.
We provide tailored solutions for specific needs like:•Gold, enhanced silver, aluminum•

Various dielectric films•

High-damage threshold laser coatings•

Low UV through far IR films•

In addition, we offer expanded support for demanding
coating requirements through partner coating houses
specializing in specific wavelengths. These coatings are
typically available on all substrate materials, including
beryllium.

PRECISION MIRRORSSpecifications

Model 711-80159••

Single-rail, +12VDC. Contact factory for other power supply configurations.
12V ~ 1A currentAngle Control••Variable Angle Configuration.
In place of the on-board 5V reference, the user supplies an external 0-5V analog variable reference to adjust theangle from full field to minimum either statically or dynamically (zoom function).

Sync Signal•••

Sync signal occurs at each change in scan direction.
Phase adjustment range relative to mirror position: 45 degrees.
Symmetry adjustment of the trigger point for a zero crossing on the rising or falling edge of the sync signal tocompensate for DC offset.
Symmetric sync signal edge rate: 50 nanoseconds.

Power Requirements•
Output Drive Signal
Integration Features

Clean sinusoidal drive sign minimizes crosstalk between velocity and drive coils.
••

Locking connectors
Single 9-pin interface connector•

The driver is equipped with a mounting kit that includes double-sided thermal tape and an optional heatsink
and insulating film. For some applications, simply attaching the board to a metal mass (e.g. galvo block) with thethermal tape is sufficient. Otherwise, the optional heat sink can be provided that attaches to the thermal tape. In
this case, standoffs and mounting screws are used to mount the driver.
Two mounting holes in opposite corners (spaced 1.0” x 1.5” and sized for #2 screws) are also provided.

Mounting•
Dimensions (L x W)

30.5mm x 43mm (1.2” x 1.7”)

Quality

RoHS Compliant

Copyright 2022 © Novanta Corporation. All rights reserved. Specifications subject to change without notice

www.NovantaPhotonics.com

PRECISION MIRRORSWAVELENGTH & APPLICATIONSApplication Examples

Typical Apertures2Coatings110 mm, 14 mm

UV, Green20 mm, 25 mm, 27 mm & 30 mm

CO220 mm, 30 mm

Fiber/YAG

10 mm, 14mm

UV, Green, Fiber/YAG

20 mm

Fiber/YAG

6 mm - 8 mm, 10 mm, 14 mm, 15 mm

UV, Green, Fiber/YAG, CO2

Microscopy

3 mm, 5 mm, 6 mm

Broadband Visible, Protected Aluminum, Protected Silver

Ophthalmic

Various Custom

Broadband Visible, Protected Silver

Via-Hole Drilling
Additive Manufacturing
Micromachining

Marking & Coding

Handling Beryllium in solid form poses no special health risk. Once leaving our facility all beryllium products are certified contaminants free and can behandled without concern for health and safety. Whilst providing exceptional performance characteristics, Beryllium alloys and derivatives do require careful
processing to ensure the safety of the manufacturing team. As such, Cambridge Technology process Beryllium in a licensed production facility which exceeds
all current health, safety and environmental requirements and accredited to ISO14001. Beryllium components should not be abraded outside a licensed
facility and local laws should be observed when disposing of any beryllium-based items.

References:
1. Coating Definitions:a. UV (dielectric): 343-355nm, Green (dielectric): 515-532nm, Fiber/YAG (dielectric): 1040-1090nm, CO2 (dielectric): 9.3-10.6µm
b. Broadband Visible (dielectric): 450 – 650nm, Protected Aluminum (metallic): 300 – 1200nm, Protected Silver (metallic): 350 – 7000 nm
2. Most apertures are available in standard performance Silicon substrate and high-performance Beryllium substrate

CONTACT US
Americas, Asia Pacific

Europe, Middle East, Africa

ChinaJapan

Novanta Headquarters
Bedford, USAP +1-781-266-5700

Novanta Europe GmbHWackersdorf, Germany
P +49 9431 7984‑0

Novanta Sales & Service OfficeShenzhen, China
P +86-755-8280-5395

Novanta Service & Sales Office
Tokyo, Japan
P +81-3-5753-2460

Photonics@Novanta.com

Milan, Italy
P +39-039-793-710

Suzhou, China
P +86-512-6283-7080

Photonics.Japan@Novanta.com

Photonics@Novanta.com
Photonics.China@Novanta.com

Copyright © 2022 Novanta Corporation. All rights reserved. Specifications subject to change without notice

www.NovantaPhotonics.com
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