Two bevel gear processing methods

Milling teeth for long-axis and large-diameter bevel gears on a universal milling machine is difficult according to conventional methods. Two simple methods are described below. There are two bevel gears with opposite directions and a large distance on the same long axis (Fig. 1). When milling the teeth, the angle at which the indexing head is first raised is equal to the root angle, and the workpiece is clamped to the indexing head. In the three-jaw chuck, the workpiece is corrected by the dial gauge, and the bevel gear I

Cell Culture

Petri Dishes (Stackable & Slippable)
Manufactured from medical-grade virgin polystyrene
Ventilation ribs reduce condensation and allow air circulation
Consistent flatness allows for even media distribution
Flared lid skirt and squared corners for easy one-hand operation, especially with gloves
Stackable Petri Dishes
Recommended for standard microbiology or general laboratory use
Stackable lid design for increased stability
Available in two sizes: 60mm x 15mm and 100mm x 15mm
Automation Petri Dishes (Slippable)
Designed for automated filling and streaking systems
Side Arrows and ISO Mark Target for automation
Available in 100mm x 15mm size
Petri Dishes (Slideable)
Features a partial edge ring on base which allows a single dish to be slid from a large stack and enhances stability when stacked
Petri Dishes (Non-treated Cell Culture Dishes)
Stronger, heavier construction
Surface is hydrophobic and does not facilitate cell attachment
Available in four diameters: 35, 60, 100 and 150mm
150mm x 15mm Petri Dish now available
35mm dish has off-set bottom for improved handling
60 & 100mm dish features a grip ring on the base
Lids contain molded spacers for gas exchange
Stackable lid design for increased stability

Packaged sterile (gamma irradiated)

Culture Dishes Set

Cell Dish,Inoculating Loops,Culture Plate,Pasteur Pipette,Cell Culture Dish

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