Encoders
Optical Encoders
Precision at your fingertips.
Our Optical Encoders are the most accurate, highest resolution in the market, up to 1.2 nm. This unprecedented level of precision eliminates velocity ripple and ensures exceptional signal stability, even in the most dynamic motion control applications. By delivering virtually zero positional error, our technology empowers engineers to design systems with superior smoothness and exact repeatability, redefining the limits of what is mechanically possible.
Accuracy and precision
While many optical encoders are limited to cleanroom environments, Novanta’s optical encoders are engineered to bridge the gap between laboratory precision and real-world industrial durability. Through proprietary MicroE technology, we deliver high-resolution feedback that maintains integrity under conditions that typically cause traditional optical sensors to fail.
Built-in technology
Novanta’s optical encoders use PurePrecision™ and VeraPath™ technologies for the most reliable and accurate position readings. This combination allows engineers to achieve metrology-grade performance within an incredibly compact and lightweight footprint. Because the technology is tolerant of wider mechanical gaps and alignment shifts, you can design smaller, lighter motion control systems without the need for bulky, heavy housings or complex calibration routines, significantly reducing your overall time-to-market.
Quick Compare Models
IC Encoders
Aura
Mercury
ChipEncoder
Resolution (Linear)
12.5 – 200 nm
5 µm – 1.2 nm
10 μm or 1 μm
Accuracy (Linear)
±2 μm
±1 µm
±1 μm
Speed (Linear)
50 m/s
5 m/s
14 m/s
Resolution (Rotary)
18-22 bit
20k to 268M CPR
3000 CPR to 327K CPR
Accuracy (Rotary)
±0.005°
±2 arc-seconds
±2 arc-seconds
Speed (Rotary)
83,721 rpm
50 m/s
26,000 rpm
Operating Temperature
-20 to 85° C
Atmospheric
Atmospheric
PCBA Encoders
Aura P
Optira
ChipEncoder
Resolution (Linear)
12.5 nm – 200 nm
5 µm – 5 nm
5 µm – 5 nm
Accuracy (Linear)
± 2.0 µm
±1 µm/m
±1 μm
Speed (Linear)
50 m/s
4 m/s
14 m/s
Resolution (Rotary)
18 – 22 bit
2000 CPR to 75M CPR
3000 CPR to 327K CPR
Accuracy (Rotary)
± 0.01°
± 2 arc-seconds
±2 arc-seconds
Speed (Rotary)
83,721 rpm
4 m/s
26,000 rpm
Operating Temperature
-20 to 85° C
Atmospheric, Vacuum
Atmospheric
Cabled Encoders
M1500V
M1000V
MII6000V
M1500S
M1500H
M1000
MII6000
MII5000
Resolution (Linear)
5 µm – 0.5 µm
5 µm – 78 nm
5 µm – 1.2 nm
5 µm to 0.5 µm
5 µm to 0.5 µm
5 µm – 78 nm
5 µm – 1.2 nm
5 µm – 1.2 nm
Accuracy (Linear)
up to ±1 µm
up to ±1 µm
up to ±1 µm
up to ±1 µm
up to ±1 µm
up to ±1 µm
up to ±1 µm
up to ±1 µm
Speed (Linear)
7.2 m/s
7.2 m/s
5 m/s
7,200 mm/s
7,200 mm/s
7.2 m/s
5 m/s
5 m/s
Resolution (Rotary)
6.6K to 4.2M CPR
6.6K to 4.2M CPR
20k to 268M CPR
6.6K to 655K CPR
6.6K to 655K CPR
6.6K to 4.2M CPR
20k to 268M CPR
20k to 268M CPR
Accuracy (Rotary)
up to ±2 arc-seconds
up to ±2 arc-seconds
up to ±2.1 arc-sec
up to ±2 arc-seconds
up to ±2 arc-seconds
up to ±2 arc-seconds
up to ±2 arc-seconds
up to ±2 arc-seconds
Speed (Rotary)
13,000 rpm
13,000 rpm
6,000 rpm
13,000 rpm
13,000 rpm
13,000 rpm
6,000 rpm
6,000 rpm
Paired together
Metal Tape Scales
The peak of precision, providing nanometer-level resolution in a lightweight, low-profile form factor.
Glass Scales
Robust, non-contact, inductive angle encoders for high-precision for extreme environments. Dust, moisture, or extreme temperatures.
Custom Solutions
Novanta’s optical encoders use PurePrecision™ and VeraPath™ technologies for the most reliable and accurate position readings. This combination allows engineers to achieve metrology-grade performance within an incredibly compact and lightweight footprint. Because the technology is tolerant of wider mechanical gaps and alignment shifts, you can design smaller, lighter motion control systems without the need for bulky, heavy housings or complex calibration routines, significantly reducing your overall time-to-market.
Encoder Customization
Ready to overcome your challenges and unlock the full potential of your robotic applications? Contact our expert team today.