Robotics for integrated laboratory automation
Finding the right partner for OEM manufacturing is critical when developing unique instrumentation. At Aurora, we understand that competitive pricing, reliability, compatibility and quality are crucial factors for successful OEM partnership. Based on these factors, we have developed a wide range of pumps and robotic components that can compliment your system to eliminate time consuming manual processes. Our dedicated team of engineers will work with your development staff to accelerate software and hardware integration, liquid handling and robotic components.
Our quality management system is ISO 9001-2000 compliant.
Aurora carries a range of versatile OEM products such as specialized
mechanical peristaltic pumps and syringe pumps. Designed
specifically as an OEM product, our pumps have incorporated new
technology and improvements in design as a result of feedback from
our customers. Aurora aims to materialize your ideas to real solutions
by taking into consideration system and software compatibility,
customized modifications, and the integration of application-specific
accessories.
Autosampler OEM
Aurora’s AS100 autosampler is a computer controlled, multi
purpose sampling system that can be used with a variety of
analytical equipment, including AAS, AFS, ICP-AES, and ICP-MS. In
addition, its small platform size and easily integrated hardware and
electrical components make it a perfect automation solution for
many robotic applications.

The AS100 contains a microprocessor that allows for sequential or
random sampling; thus providing analytical flexibility. With
automated sample introduction, performing other tasks becomes
easy.
Robotics for high throughput laboratory automation
For applications requiring greater precision and throughput, Aurora
has developed the AS1000 autosampler which features an
optical encoder with a resolution of ±0.005mm. This optical
encoder consists of a rotating disk, a light source, and a
photodetector (light sensor) that converts motion into a sequence
of digital pulses. Mounted on a rotating shaft, the optical encoder
is able to convert these pulses to relative or absolute position
measurements. With this, precise arm movement with increased
resolution is reached. Other features include an optional eight-
channel head and two arm configuration.
The AS 1000 offers increased throughput while remaining cost
effective.
Features and Benefits
• Highly accurate X, Y, and Z axis robotic movement
• Customizable to integrate with AAS, AFS, ICP-MS, HPLC or
other robotic systems
• High precision and reliability
• High speed probe movement
• Adjustable probe depth
• Optional syringes to handle different liquid volumes
• Compatible with a multitude of lab-ware types
• A complete ‘walk-away’ system that allows other tasks to
be performed while instrument is running
Liquid Handling
• Installed syringe pumps allow for accurate and precise
aspirating and dispensing of liquids
• Configurable with a wide range of pipetting options
• Various syringes available to accurately dispense and
aspirate a multitude of volumes
• Easy integration with existing system software for seamless
handling of liquid samples
| Specifications |
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AS 100 |
AS 1000 |
| Dimensions (WxDxH) |
520mm x 578mm x 160mm |
910 mm x 555mm x 420mm |
| Number of Arms |
1 |
1 or 2 |
| Travel Range (WxDxH) |
380mm x 275mm x 160mm |
595mm x 157mm x 53mm |
| Weight |
<15 kg |
45 kg |
| Load Capacity |
0.250 kg |
10 kg |
| Accuracy over travel for all axes |
±0.1 mm |
±0.05 mm |
| Reproducibility |
±0.1 mm |
±0.005 mm |
| Power Supply |
120/220 VAC, 50/60 Hz, 3A |
| Interface |
RS-232 and USB |
| Operating Conditions |
Temperature 15º - 40ºC, Humidity 30 – 80% at 40ºC |
| Regulatory Standard |
ISO 9001/2000 quality system |
Liquid Handling
| Volume range |
100nL – 350uL (NanoPipettor), 1 mL-1 mL (SyringePipettor) |
| Syringe sizes |
20 mL, 50mL, 100mL, 200mL, 1000mL |
| Accuracy |
<1.0% |
| Precision |
<0.5% CV for 100 ml using 1000 mL syringe
<0.1% CV for 1000 ml at full stroke |
| Fluid contact materials |
UHMWPE Borosilicate Glass Teflon Buna O-ring |
| Resolution |
1,000 to 25,000 increments using microstep |
| Speed |
1 sec to 20 min /full stroke based on syringe size and tubing |
Electronics
| Maximum Travel Length |
1 main board + 2 motor control boards |
1 main board + 2 motor control boards |
| Main control board |
Communication wt. PC or other controller
Communication wt. sub units by CAN BUS
Coordinate motion
Error procession |
| Communication |
Internal: CAN BUS
External: RS-232C, CAN BUS
Baud Rate: 9600 bps
Format: Data Bits 8, Parity: None, Stop Bit:1 |
| Power Requirements |
Internal AC/DC outputs: +24V for motor, +5V for logic |
| Input Voltages |
Preset 110V AC or 220V AC |
| Current |
5A, Fuse: 10A |
| Frequency |
47 – 63 Hz |
| Maximum Power |
150 Watts |
Mechanical
Maximum Travel Length, mm
(steps in X, Y & Z axis) |
1750, 1950, 2000 steps/196 |
7200, 1900, 21,200 steps/53 |
| Life Expectancy |
> 3 million cycles |
| Plate Applicability |
All general labware including various micro plate formats |
| Z-Axis |
Hollow axis for sampling tube,
Maximum load 500g |
| Front Panel (enclosure) |
Power on LED |
| Back Panel (enclosure) |
Power switch, Fuse, Comm. Ports |
Optional Modules
Modules can be added to the AS 100/1000 to enable a multitude of liquid handling capabilities. Our AS 100 and 1000 autosamplers have incorporated proven robotic and pump modules for excellent performance and reliability. These autosamplers when configured with an optional syringe pump, various liquid handling modules, enables fluid aspirating and dispensing of various liquids/reagents. With the AS 1000, a higher load capacity allows for multi-channel dispensing of liquids which can be achieved through various modules designed to meet high throughput applications.
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AS 100 |
AS 1000 |
| Reagent Drop (Single Reagent) |
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| Reagent Drop (Multiple Reagents) |
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| NanoPipettor
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| SyringePipettor (Fixed Tip)
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| SyringePipettor (Disposable Tip) |
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| Mulitple Channel Capabilities |
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| Liquid-Level Sensing |
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| Plate Mover |
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| Gripper |
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