Optimal Engineering Systems (OES)

A high precision, low profile, compact motorised rotary stage, the AY110-100-SC, is now being offered by Optimal Engineering Systems (OES). This precision stage is 45mm high and the foot print is only 121 by 170mm. The stage has a pattern of threaded mounting holes in the rotary table and holes in the base for easy integration into new and existing applications. 

A new, larger, high load, precision stage, has been added by OES (Optimal-Engineering Systems), to its extensive line of precision XY stages. The AU200-170x170 stage is a low profile stage measuring just 108mm high with a compact footprint (including the motors) of 458.5x458.5mm. 

A vertical lift of 300mm, high stability, and low cost are just some of the features of the AT20-300 Motorised Vertical Lift Stage from Optimal Engineering Systems (OES). This high load, 50kg, vertical lift stage can reportedly be easily integrated into almost any application. The large 400x200mm stage has a pattern of threaded mounting holes. 

It has been announced that Optimal Engineering Systems (OES), is offering seven types of advanced solenoid control modules. These include, Pick-and-Hold Driver, Proportional Driver, Closed Loop Solenoid Process Control, Pick-and-Drop, Load On-Off Power Cycling, Dual Proportional Valve Controller, and Serially Controlled Solenoid Driver modules. 

  Optimas Engineering Systems (OES) has released the XYR-03-01 Alignment Stage, which is a high resolution, high repeatability XY-Theta stage for such applications as: Angular glass cutting and grinding, wafer alignment, semiconductor handling, laser cutting and drilling.

  Offering a high precision series of low cost, low profile motorised single axis positioning stage, Optimal Engineering Systems has introduced the compact AQ110 Series of four cross roller linear stages have travel lengths of 15mm (0.590”), 30mm (1.181”), 50mm (1.968”), and 75mm (2.952”).

Manufacturer of motion control products, Optimal Engineering Systems (OES), offers two series of low cost, low profile, motorised ball bearing linear guide (profile rail) positioning stages. The AQ140 series and the AQ150 series of linear stages are available off-the-shelf in travel lengths of: 50mm (1.969"), 100mm (3.937"), 150mm (5.905"), 200mm (7.874"), 300mm (11.811"), 400mm (15.748"), 500mm (19.685"). 

  There are now ten high precision, low cost linear positioning stages on offer from OES (Optimal Engineering Systems) that can be easily integrated into new and existing applications. Choosing the best slide for the application is easy. 

  Goniometer stages can measure angles of objects such as crystals or move an object to a precise angular position along an arc, in relation to a fixed point in space. Two goniometer stages mounted in an alpha-beta configuration (stacked) can rotate an object around a fixed point in space on a spherical surface.

  Being easy-to-use, ergonomic and integrated the new Joystick motion controllers from OES (Optimal Engineering Systems) are designed for steppers, DC motors and servo motor drivers in one, two, three, and four axis models.

The stable and high precision AT20-100 Motorised Vertical Lift Stage from Optimal Engineering Systems can be easily integrated into almost any application. The large 120x180mm (4.72x7.08”) drilled and tapped platform has a vertical travel of 100mm (3.93”) and features: 3.315µ (non- Micro-Step) resolution, 5µ repeatability, and 15µ positional accuracy.

A method of precise measurement of angles or the rotation of an object to a precise angular position is offered by Optimal Engineering Systems (OES). The AK130-15 Goniometer Stage is 2.362" (60mm) high and the height of the centre of rotation is 4.724" (120mm). The 4.724x 5.118" (120x130mm) table has ±15° of rotation at speeds up to 10°/sec.

Featuring a 180:1 precision worm drive, the precision AR59-AV motorised, 30mm clear aperture vertical rotation stage from Optimal Engineering Systems (OES) has deep grove ball bearings for a high resolution of ± 0.001° when microstepping (10 micro steps-per-step).

The AZ60-A Motorized Vertical Elevator Stage from Optimal Engineering Systems is a low profile, compact 183.7 mm x 80 mm x 38 mm ~ 42mm (raised),  (7.232in x 3.150 in. x  1.496 ~ 1.654 in.) low cost, high resolution, wedge type, vertical elevator stage for applications requiring precise vertical positioning. 

The Sonata series of motion control systems from Optimal Engineering Systems (OES) is a stand-alone, easy-to-use, plug-and-play, cost effective solution for motion control applications.  The systems in this series support up to 3 axes of motion, in any combination of steppers, DC servo and brushless servo motors, and voice coil motors.

Optimal Engineering Systems’ low profile, XYθ (theta) stages are designed for high precision alignment applications. These stages move in an XY-plane and rotate around the center of the XY-plane. The terms alignment table, or XY-rotation stage are often used interchangeably with XYθ, or XY-theta stage.  Available in 12 models, in two precision grades, these stages have linear travels from +/- 2 mm by +/- 2 mm (+/- 0.078 in by  +/- 0.078 in) up to +/- 30 mm by +/- 30 mm (+/-1.181 in by +/- 1.181 in).  Additionally, XYθ (theta) stages can rotate around the center of the XY plane up to +/- 6O.  Four models of the XYθ (theta) stages have solid tables that are sized from 100 mm by 100 mm (3.937 in by  3.937 in) to 200 mm by 200 mm (7.874 in by 7.874 in), and eight stages, from 250 mm x 250 mm (9.843 in by 9.843 in) to 1500 mm by 1500 mm (59.055 in by  59.055 in), are hollow core (open frame) stages. 

Offered as a low cost solution for solenoid control electronics, the PH-ET "Pick & Hold" module has been introduced by Optimal Engineering Systems (OES). Based on a micro-controller, the module can be easily integrated and reprogrammed for new and existing applications.