Image
Category
Collection
Maker
Object type
Place
Material
Date
Two clear glass rods

Two clear glass rods

1860-1925

Threaded steel rod, from screw cutting turret lathe

Threaded steel rod, from screw cutting turret lathe

Two Rods from Prototype Pollen Trap

Two Rods from Prototype Pollen Trap

1979

Two steel rods with and two brass spheres

Two steel rods with and two brass spheres

1889

Power Frame Rods from Gresty Lane Signal Box

Power Frame Rods from Gresty Lane Signal Box

1898

Six cylindrical glass rods with gently rounded ends

Six cylindrical glass rods with gently rounded ends

1850-1920

Henley's discharging rod

Henley's discharging rod

1862

Electrostatic discharging rod

Electrostatic discharging rod

Components for the original long rods for the blow-down handles

Components for the original long rods for the blow-down handles

Rod for Connecting Arbors

Rod for Connecting Arbors

Rods from Platen Printing Machine

Rods from Platen Printing Machine

1842-1880

Metal rod for Vidoson 635

Metal rod for Vidoson 635

1960-1980

Metal rods used in rabbit ear chamber research

Metal rods used in rabbit ear chamber research

1950-1980

Rod for Shaw horizontal pendulum seismograph

Rod for Shaw horizontal pendulum seismograph

1930-1935

Iron Rod with Two Small Rivet Holes

Iron Rod with Two Small Rivet Holes

Iron Rod with Ring Bolt

Iron Rod with Ring Bolt

Machine Component, Iron Rod

Machine Component, Iron Rod

Ronald's electrical apparatus for atmospheric observations, copper rod to go through roof to atmosphere

Ronald's electrical apparatus for atmospheric observations, copper rod to go through roof to atmosphere

1843

Rod from Exhaust Arbor

Rod from Exhaust Arbor

Three Hanging Rods for the Arbors

Three Hanging Rods for the Arbors

Original long rods for the blow-down handles. From the coal to oil hydrogenation plant at Billingham, Cleveland in England.

Original long rods for the blow-down handles

3 glass rods, one with pointed end

3 glass rods

Glass rod

Glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Selection of glass rod

Glass rod

Glass rod

Metal rod

Metal rod

Metal rod from haemoglobinometer set in case, by Carl Zeiss, Jena, Germany, first half 20th century

Metal rod from haemoglobinometer set in case

Rods (2, cuckoos ?)

Rods (2, cuckoos)

Glass rod

Glass rod

Glass rod

Glass rod

Brass rod like structure, possibly part of large apparatus, thought to be European, 1900-1950

Brass rod like structure

1900-1950

Two rods concerned with Riviere apparatus, for friction(?), brass, European, 1880-1930

Two rods concerned with Riviere apparatus

1880-1930

Two wooden connecting rods with oval holes geared internally, illustrating one of Watt's methods of converting reciprocating into circular motion

Two wooden connecting rods with oval holes geared internally

Water level indicators, remote reading James Gordon "IGFMA" patent no. 605796 by Th. and J. Daniels. 2 of Serial no. G3567A, along with a set of components consisting of 1 cast iron fitting, 1 metal box-shape components with wire inside, 2 valves, 1 bag of metal rings, 1 plastic triangular rod, 1 glass rod, 1 kraft paper folder with 1 sheet of paper featuring details of the indicator and 2 gaskets.

Water Level Indicator of Serial no. G3567A, Cast Iron Fitting and Components

2 stay rods, each with 2 nuts for connecting 1954-639/9 to 1954-639 /10 alongside slotting iron

2 stay rods

Glass display plate, with rod made from concoction of guarana seeds, from Brazil.

Glass display plate with rod made from seeds

1880-1940

Rod made from concoction of guarana seeds, from Brazil.

Rod made from concoction of guarana seeds

1880-1940

Mild steel rod, part of a support frame, very similar to 1993-1602/6, approximately 2.6-Metres in width, from unidentified section and unidentified Cyclorama, architectural feature scene, designed by Ralph Stephenson Lavers, England - as commissioned by the Science Museum, London, for the Museum’s Gas Gallery - and cast by J. Starkie Gardner Ltd., London, England, 1950-1951

Mild steel rod

1950-1951

Two model pump rods, (scale 1:12), for Alport water pressure pumping engine

Model Pump Rods

Glass rods

Glass rods

Metal rod

Metal rod

Selection of glass rod

Selection of glass rod