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Rotary positioning stages are specialized types of rotary stages designed for applications demanding the highest levels of precision and accuracy in positioning. These stages are perfect for tasks like precisely rotating a delicate sample under a microscope, even by tiny fractions of a degree. They often feature advanced bearing systems, such as air bearings, to minimize friction and vibration.

Compact Motorized Linear Stages are a cost-effective solution for motorized linear adjustment within a space constrained optical system.

Rotary stages, including high precision rotary stages, can also be mounted to each other, allowing the customer’s part to be rotated in multiple axes. In one such example we designed a stack of three rotary tables that was used to move a miniature spherical laser fusion target in three rotational degrees of freedom during laser micromachining.

The RTR™ series precision rotation stages are available in 4-, 6-, 8-, 10-, and 12-inch diameter that include a preloaded, anti-backlash drive assembly to provide exceptional angular accuracy and repeatability.

Standa rotationStage

High-resolution encoders provide incredibly detailed feedback on the motorized stage's angular position. Sophisticated control systems allow for precise programming and execution of complex movements. These stages are commonly used in life science and diagnostic instruments, metrology (the science of measurement), micromachining (creating tiny components), optics alignment, and other fields where precise rotational positioning is critical.

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Heavy duty rotationStage

Our motorized rotary stages use a variety of bearing and actuator technologies. For very stiff angular positioning at low to medium speeds, we use precision lapped worms and worm gears driven by a stepper or servo motor. Worm gear drive is especially valuable if the payload is offset and the system experiences a static torque. For the highest speed and precision, we recommend direct drive rotary tables such as our DRT series.

Tip Tiltstage

Due to diffraction of light, conventional microscopy has a practical resolution limit of ∼ λ / ( 2 N A ) , called the Abbe diffraction limit, where λ is the ...

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No, our standard motorized rotary stage has only 1 limit switch. The switch is typically wired to pin 2 on the limit encoder connector. The limit switch is intended to be used for homing. The homing routine will work with an initial positive or negative jog move of the motorized rotary stage until the limit switch triggers. If an encoder is also used, the home or zero position can then be set at the point where the limit switch is triggered.

Motorized rotarytable

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The DRT-100 and DRT-200 series direct drive rotation stages are ultra-compact, direct-drive rotation stages that establish a new level of price, performance, and size. wdt_ID Travel 360 degrees 1 Accuracy +/- 150 urad 2 Repeatability +/- 5 urad 3 Payload 100 kg

Piezo rotationstage

High-precision rotary stages are essential in applications where even minor angular deviations can significantly impact the quality or performance of the task at hand. For example, in fluorescence microscopy, a tiny error in rotation could lead to inaccurate localization of fluorescent molecules, compromising the analysis of cellular structures and processes.

A rotary stage is a device that provides precise rotational movement for a workpiece or sample. It typically consists of a platform that rotates, a drive mechanism, and a bearing system. The platform is where you mount the object you need to rotate. The drive mechanism provides the force to turn the platform. Motorized drives offer greater precision and the ability to program specific movements. The bearing system ensures smooth, accurate motion with minimal friction or wobble. This is critical for achieving the precise positioning required in many applications. Some rotary stages also incorporate feedback devices, such as encoders, to provide precise position information, allowing for closed-loop control and highly accurate positioning.

A rotation stage, also known as a rotary stage, restricts motion to a single axis of rotation and precisely controls the circular position for that axis of rotation. Dover Motion offers a range of standard high precision rotary stages and rotary tables, though our core strength is collaborating with our clients to configure the right precision motion solution for their unique application.

The therapeutic effect of hematoporphyrin derivative (HpD) plus 514.5-nm argon ion laser radiation was compared to HpD plus 630-nm argon ion laser-pumped dye laser radiation in experimental urinary bladder transitional cell carcinoma models. Cultured human bladder cancer cells (EJ) containing HpD were 2.8-fold more sensitive to 514.5-nm radiation than to 630-nm radiation as measured by clonogenic capacity. The relative effectiveness of 514.5-nm versus 630-nm light was approximately proportional to the spectral absorbance for cell-bound HpD at these wavelengths. HpD-sensitized photoirradiation was studied in solid tumors produced by a) the subcutaneous inoculation of cells from murine bladder tumors induced by N-[4-(5-nitro-2-furyl)-2-thiazoyl]formamide (CAS: 24554-26-5) into female C3H mice (MBT-2 tumor) and b) the intravesical instillation of N-methyl-N-nitrosourea (CAS: 684-93-5) into the urinary bladders of female Wistar rats. The tumors were exposed to 144 J/cm2 laser light 24-48 hours following ip injection of 20 mg HpD/kg body weight. By 24-48 hours, animals that received HpD and light of either wavelength had partially or completely necrosed tumors. Control groups showed no necrotic changes. Regression of MBT-2 tumors was also investigated. Seven of 14 and 6 of 12 animals had nonpalpable tumors 1 week after treatment with 514.5-nm and 630-nm light, respectively. Tumors in control groups demonstrated no regression. Spectral transmittance from 630 nm to 514.5 nm decreased by about 4% for 130- to 160-micron-thick sections of canine urothelium and bladder submucosa-muscularis. The results of this study indicate that HpD plus 514.5-nm laser radiation may be an effective treatment for small or superficial malignant lesions of the urinary bladder.

Rotary motion is perhaps the most common and important types of motion and also the most widely used in every part of our daily lives.

Our RTR™ precision rotary stages are equipped with stiff crossed roller bearings and a precision worm gear drive to ensure outstanding angular accuracy and repeatability. Our DRT™ series stages utilize the direct drive technology and offer ultra-compact design.

Precision rotationstage

Precision in rotation refers to the ability of a rotary stage to achieve and maintain a desired angular position with minimal error. It's about how accurately and reliably the stage can move to a specific angle and stay there. This is quantified by several parameters, including:

Rotary stages are available in two primary types: manual rotary stages, which use hand-operated knobs or micrometers for precise but non-automated adjustments, and motorized rotary stages, which are equipped with electric motors for automated, programmable, and highly accurate rotational motion.

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Rotary motion, also referred to as theta, rotational motion or circular motion, occurs when an object rotates or spins about an axis. This type of motion is analyzed in much the same way as linear motion. The motion may be uniform or non-uniform, but it must be circular.

When a stage is referred to as having uniform rotary motion, this means that the moving table’s velocity and direction of motion is constant. Rotation stages can have variations in their rotary motion, however. For example, inertia can influence rotary motion in certain ways. Objects that have lots of inertia will require much more energy to change their velocity or position and require more motor torque.

While our rotary stages can be used as complete single-axis positioners, in many cases they are integrated with additional linear or rotary axes. A common example is to add a rotation stage to the top of an XY stage. In this case, it is important to consider the total range of travel. For applications where the payload must be aligned after loading it onto the stage stack, a limited travel of +/- 5 degrees may be sufficient. In other applications, 360-degree or unlimited rotation may be required.