Product Description
One platform, many vessel setups: a universal platform turns your shaker into a flexible workhorse that accepts clamps, racks and mats as your experiments change. These stainless steel platforms are offered in sizes from 46 x 46 cm up to 91 x 61 cm to match small benchtop units through large floor-standing shakers. Reconfiguring for a new protocol takes minutes instead of a new purchase.
This listing is for OHAUS item number 30400056: Universal Shaker Platform, 61 x 46 cm, Stainless Steel. Each platform is fabricated from stainless steel with a pattern of mounting holes that accepts OHAUS flask clamps, test tube racks and other attachments, and it pairs with a rubber mat for holding irregular vessels. The rigid construction stays flat under load and cleans easily with standard lab disinfectants. Choose the size that matches your shaker model's platform footprint. LIGHT LABS ships genuine OHAUS products and can help you match accessories and parts to your instrument.
Key Features
- Universal Mounting Pattern – accepts flask clamps, tube racks and other attachments in a mixed layout
- Stainless Steel Build – rigid, corrosion resistant and easy to disinfect
- Range of Footprints – sizes from 46 x 46 cm to 91 x 61 cm for small and large shakers
- Mat Compatible – add a rubber mat to secure bottles, dishes and bags without clamps
Specifications
| Item Number | 30400056 |
| Brand | OHAUS |
| Description | Universal Shaker Platform, 61 x 46 cm, Stainless Steel |
| Type | Universal Platform |
| Material | Stainless Steel |
| Dimensions | 24 in x 18 in (61 cm x 45.7 cm) (LxW) |
Related Models
- 30400054 – Universal Shaker Platform, 46 x 46 cm, Stainless Steel
- 30400055 – Universal Shaker Platform, 46 x 46 cm, Stainless Steel, I-IR
- 30400057 – Universal Shaker Platform, 61 x 61 cm, Stainless Steel
- 30400058 – Universal Shaker Platform, 76 x 46 cm, Stainless Steel
- 30400059 – Universal Shaker Platform, 91 x 61 cm, Stainless Steel
Applications
- Mixed flask and tube setups
- Cell culture and fermentation
- Media and reagent preparation
- Extraction and dissolution studies
