Thermoline Reciprocating Platelet Bag Shakers
The TPS-16 reciprocating shaker has been specifically designed to hold platelet bags which include the new larger bags being adopted. This model operates at a fixed speed of 60 strokes per minute. Seven slide out shelves are supplied standard, plus one fixed top shelf. When fully loaded, this model can hold 16 large bags in total (or 48 small bags). The unit is attractively finished in a powder coated steel.

TPS-16 Quick Points
- 60 Strokes Per Minute
- Stainless Steel Slide Drawers
- Stainless Steel Body
- Reliable Long Term Use

Thermoline Refrigerated Incubator for Platelet Bag Shakers
Australian Made

The TPSRI-16 bench mounted refrigerated incubator has been specifically designed to suit the TPS-16 platelet shaker. The TPS-16 shaker plugs into a power outlet located on the outside of the cabinet via an access port at the rear of the incubator. The cabinet is fitted with a digital control and can operate between 20°C and 24°C in a 30°C ambient. This model is fitted standard with a 150mm dia circular chart recorder (with battery backup), high and low alarms and BMS contacts to connect to a building management system. Forced air circulation provides good air flow in and around the platelet bags.

TPSR1-16 Quick Points
- Digital controller with high and low temperature alarms
- Temperature control betweem 20 Degrees and 24 Degrees
- Fitted with circular chart recorder (with battery backup)
- BMS Contacts for building monitoring platelet bag shakers, platelet shakers, platelet shaker and incubator Above: TPSRI-16 (Incubator) with TPS-16 shaker

Complies with the following standards:
- Shaker approved by the TGA. Artg No. 174003.


Download The TPS Series Product Brochure



Climax 120 Cabinet shown with two 48 Bag Shakers
Reciprocating Platelet Bag Shakers
LMB Imported Range

These three reciprocating shakers have been specifically designed to hold platelet bags. All three models have a set speed of 50 strokes per minute and have a stroke length of 3.2cm. Each of the shelves on the 24 and 48 bag models hold 6 bags, with the 96 bag model holding 12 bags on each shelf. Each shelf can be opened independently and built in stoppers prevent the shelves from falling out when fully loaded. These shakers are made from stainless steel and have robust shaking mechanisms for long term use.

An audible alarm will alert the user should the shaker stop during operation.

Fixed Speed Reciprocating Shakers Quick Points:
- 50 Strokes Per Minute
- Stainless Steel Drawers
- Stainless Steel Body
- Reliable Long Term Use
- Audiable Error Alarm

These shakers have been designed for bench top use or for use with the CLIMAX range of refrigerated incubators.

CLIMAX 100 suitable with 24 & 48 bag models.
CLIMAX 120 suitable with 24,48 & 96 bag models.
CLIMAX 150 suitable with 24 & 48 bag models.
CLIMAX 200 suitable with 24,48 & 96 bag models.

Complies with the following standards:
- Shakers Approved by the TGA. Artg No. 177776.


Download The CLIMAX Series Product Brochure


CLIMAX Cabinets
Refrigerated Incubators for Platelet Bag Shakers

The Climax chambers have been specifically designed to work with the TBBS range of platelet bag shakers. Constructed with stainless steel, these chambers feature front glass opening doors which allow users to monitor the shakers without losing the conditions inside. They are designed to run at a constant temperature of 22 degrees (which can be adjusted via a digital controller). An internal fan helps circulate the air throughout the workspace to ensure even temperature uniformity. Double glazed glass doors and foam insulation around the chamber help maintain the set temperature and also help keep power consumption to a minimum. Lockable rollers under the chambers allow for easy moving.

The platelet bag shakers plug into power ports within the chamber and also connect to the DMLP controller via an internal connection. This internal connection to the DMLP monitor ensures alarms are heard and seen on the front controller.

Advanced Controller
The Climax range features the latest controller technology with backlit alphanumeric LCD display and many unique functions including an advanced defrosting feature that allows efficient defrosting cycles which reduces temperature variations and power consumption.

System Check
A simple ‘system test’ can be made by pressing and holding the ‘test’ button on the front panel. This will test the backup battery, signalling buzzer, audible and visual alarms and simulate a door open alarm.

Anti-Mist Lockable Front Doors
All cabinets have an anti-mist front glass door which is manufactured from triple thermal insulated glass. High capacity fully insulated doors are used which help to maintain the set temperature inside the cabinet. A magnetic PVC gasket helps to keep the door securely closed and prevent cold air escaping. When the door is opened, a micro switch automatically stops the circulating fan and turns on the internal light. Key lockable doors are supplied with each cabinet to keep your products safe should you leave the refrigerators unattended.

Advanced Defrosting System
The Climax chambers feature an advanced defrosting system which is only operated when necessary and it not on pre-set cycle times. This will reduce power consumption and increase stability and uniformity of internal temperatures.

Solid Construction
The cabinets are constructed internally and externally from white colorbond steel, has rounded back corners and a dished bottom. Stainless steel plating is used on the footing of each shaker position to give strength to each shelf when the shakers have a full load.

DMLP Printer
The DMLP Printer is used to create a historic list of data recorded. It’s inkless and uses standard thermal paper. It performs an automatic weekly print and an automatic print of alarms (with date, hour, alarm and maximum temperature reached). Several print on request options are also available such as daily print and a continuous print to monitor specific processes (door open, alarms and faults). Temperatures can be printed in both tabular and graphic modes, with different resolution degrees.