New Scale Technologies - M3-LS-U2-8 linear smart stage & developer kit
- Smart Stage: Embedded controller, no separate electronics
- Operate directly using I2C or SPI ASCII commands -or-
- Evaluate with Pathway™ PC Software and USB adapter
- Cost-effective, long-life: For high-volume production
- Small size: 32 x 32 x 10 mm
- High resolution: 0.5 μm with absolute encoding
- High speed: 35 mm/s
- Long stroke: 8 mm
- Power: 5 V DC input, ~ 3.2 W peak when moving
- High repeatability: (± 2 μm typical)
Precision, stability and ease of use for high volume product applications
The M3-LS-U2 Linear Smart Stage is a direct-drive, high precision micro stage built for fast, simple integration into miniature OEM systems. All drive and control functions are embedded into the compact stage assembly – no external electronics are needed!
The stage drive is a UTAF2 piezo motor combined with a 0.5 μm resolution sensor for precise, repeatable positioning of optics, probes, sensors and more. The piezo motor operates at 5 VDC. No high voltage boost is needed. Absolute encoding removes the need to home the stage on power-up, eliminating errors and disruptions in processes and experiments.
At 35 mm/sec it is 7x faster than other M3 Smart Stages.
The anodized aluminum stage uses linear ball bearing races with very low uniform friction. The bearings directly support the motor preload which creates a stable, precise and zero clearance guide system. The base is the maximum footprint required for installation in your product because the carriage moves within the total length of the base.
This smart stage is designed for long life and is ideal for embedding precision motion into high-volume products.
Digital Control and Pathway™ Software
The M3-LS-U2-8 Smart Stage can be driven directly via standard I2C or SPI serial protocols. The smart stage microprocessor accepts ASCII high-level motion instructions.
New Scale Pathway™ software and USB adapter enable PC control. Access all stage capabilities including settings, motion commands, performance diagnostics, and parameters stored in non-volatile memory. Use the intuitive script generator to create command sequences for automated operation.
Refer to "Datasheets & Downloads" for more specifications.
Applications
- DNA sequencing instruments
- Point-of-care diagnostic systems
- Portable spectroscopy instruments
- Biomedical probing & sampling
- Laser beam steering
- Miniature camera systems
- And much more
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M3-LS-U2-8 Specifications |
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Description |
High-speed Linear Smart Stage for high-volume applications: micro positioning stage with built-in controller |
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Travel Range (Stroke) |
8 mm |
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Dimensions |
32 x 32 x 10 mm including controller |
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Mass of Smart Stage (including controller) |
15 grams including controller (note 1) |
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Max Moving Mass (vertical) (note 2) |
5 grams payload mass recommended (note 3) |
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Max Moving Mass (sideways and horizontal) (note 2) |
20 grams payload mass recommended (note 3) |
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Force (operating) |
>= 0.3 N holding force >= 0.1 N bidirectional |
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Speed (at operating force) |
35 mm/s |
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Duty Cycle |
50% max recommended (note 8) |
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Resolution |
0.5 μm with absolute encoding |
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Bi-directional Repeatability |
± 5 μm |
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Accuracy |
± 10 μm |
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Input Power (note 4) |
5 VDC (4.75 V to 5.5 V) ~3.2 W peak at max speed and force ~0.35 W quiescent |
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Static Parallelism |
< 30 μm |
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Run-out |
< 10 μm |
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Pitch and Yaw |
< 1 mrad |
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Absolute Max Load |
see data sheet |
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Linear Slide Features |
Linear ball bearing races |
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Relative Humidity |
< 70% |
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Operating Temperature (note 5) |
-30 °C to +70 °C |
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Storage Temperature |
-40 °C to +80 °C |
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Lifetime |
50 km travel (Note 6) |
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Compliance |
RoHS / CE pending |
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Controller |
Embedded |
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Control Interface |
Directly via I2C or SPI serial interface Indirectly via USB adapter to PC |
Note 1: For the M3-LS-U2-8 smart stage, moving mass of the stage carriage without payload is ~6 grams
Note 2: Higher moving mass is possible but affects performance and lifetime
Note 3: For the M3-LS-U2-8 smart stage, torque due to gravity of the payload calculated from center point (see the coordinates in the data sheet PDF) on the carriage is recommended to be within 1.5 Nmm. Also recommend center of gravity of the payload above the carriage surface to be <=15 mm.
Note 4: Power depends on input voltage, speed and load
Note 5: Speed and force reduced at lower temperatures within the range
Note 6: Tested horizontally, with 20 grams load offset 8.75 mm at reverse position
Note 7: Corresponds to 10 million moves with an average random move of 120 µm. Lifetime depends on the application and use case. Please consult the factory to discuss your specific system design.
Note 8: A <50% duty cycle is recommended for operating at room temperature (25 °C or below) and mounting the stage on a surface with a good thermal conduction path to dissipate heat. Please consult NST for when operating at higher ambient temperatures.
More Product Information
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With the complexity of modern aerospace systems and components, stringent safety standards, and rapidly emerging trends and technologies, the aerospace and defense industry is facing a time of expeditious change. These industry trends shape aerospace manufacturers’ testing needs, growth objectives, and overall business goals. The reality is that aging aerospace facilities aren’t prepared to keep up with these rapid trends. Organizations seeking a competitive edge in the industry aim to achieve sustainable practices and regulatory compliance or explore new avenues in electric Vertical Take-Off and Landing (eVTOL) aircraft and space exploration. This demands testing facilities that are future-proofed for innovative solutions.
Flexibility
- DC, AC and RF/microwave device characterization, 1/f, WLR, FA and design debug
- Full thermal range of -60°C to +300°C
- Compatible with TopHat or IceShield
- Usage of manual and motorized positioners, probe cards within EMI-shielded environment
- Upgrade path to meet your future needs
- Stable and repeatable measurements over a wide thermal range
High accuracy and repeatability
- Reliable and repeatable contact
- Moisture-free, light-tight and EMI-shielded test environment with MicroChamber® technology
- Advanced EMI-shielding with PureLine and AttoGuard technologies available
- Superior low-leakage and low-noise measurements
- Safe and accurate hands-off testing
- Minimizes settling times for efficient measurements over full thermal range
See "Specifications & Details" tab for more key features
Food and beverage technology is changing the global food and beverage industry from production to delivery. Consumer and market demand for sustainable and healthy products also means stricter regulations that promote safe consumption, sustainable package production, and effective recycling or disposal. These trends add up to a heightened demand for organizations in the industry to commit to testing protocols that ensure food safety, quality, and compliance with evolving standards. Facilities and manufacturers face challenges such as implementing advanced traceability systems, ensuring the safety and efficacy of new ingredients and packaging materials, and adhering to rigorous environmental regulations. Additionally, the rise of automation and digitalization in food production results in new challenges related to interoperability and cybersecurity. Testing facilities must adapt swiftly to support R&D efforts, ensuring the safe, efficient, and compliant production of innovative food and beverage products in a rapidly changing market landscape.
Resistance decade box designed for RTD and other resistance-based sensors' simulation. 0.01°C accuracy and 0.001°C resolution.
- Real resistors switched by relays
- Custom temperature scales
- No residual resistance
- 0.01°C accuracy
- Six different languages
Cryogenic Temperatures
- Fully isolated experiment space for true 4K temperatures during probing
- Cryogenic positioners to provide large travel ranges without warming up the device
- Integrated helium pot for high temperature stability of the device under test
- Fully dry cryogen-free cooler eliminates the need for expensive helium circulation systems
- Rapid cool liquid nitrogen option for faster cool down times
See "Specifications & Details" tab for more key features
- Revolutionary technology advancement for wafer and die-level photonics probing
- Real-time in-situ calibrations
- Singulated die testing
- True die-level edge coupling
- In-situ power measurements
- Advanced calibration technologies
- Enables autonomous measurements
See "Specifications & Details" tab for more key features
- Accommodates a combination of up to four Cascade Microtech probes
- Configurable for mixed-signal RF/mmW testing
- Quick and easy repairs to be performed in the field, by simply replacing individual probes
- Adaptable to new device layouts by exchanging individual probes
- Smart Stage: Embedded controller, no separate electronics
- Operate directly using I2C or SPI ASCII commands -or-
- Evaluate with Pathway™ PC Software and USB adapter
- Cost-effective, long-life: For high-volume production
- Small size: 32 x 32 x 10 mm
- High resolution: 0.5 μm with absolute encoding
- High speed: 35 mm/s
- Long stroke: 8 mm
- Power: 5 V DC input, ~ 3.2 W peak when moving
- High repeatability: (± 2 μm typical)
New Scale Technologies (NST)
Website
Embedded Motion Modules Make Great Products Smaller
Founded in 2002, NST develops, licenses and manufactures standard and customized embedded motion modules that fit on your fingertips. These include rotary and linear smart stages that incorporate our patented and proprietary technologies: SQUIGGLE® and UTAF piezoelectric ultrasonic motors, position sensors, precision bearings, drive and control circuits, and microprocessors with closed-loop firmware that connect to New Scale Pathway® PC software.
