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These high-speed steel chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.2060 to 0.3755. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from high-speed steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool. High-speed steel chucking reamers provide good wear resistance in a wide range of reaming applications. These general purpose reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool. Chucking reamers, sometimes called machine reamers, enlarge or finish an existing hole to an exact tolerance or size for a precise fit when installing fasteners or other parts. They usually have a 45? chamfer on the cutting edge to help ensure accuracy as the reamer enters the hole during metalworking tasks. This listing is for each. Technical Specification Item Chucking Reamer Measurement System Decimal Inch Reamer Size 0.286 Decimal Equivalent 0.286 Shank Type - Machining Straight Shank Dia. 0.286 Flute Type Straight Number of Flutes 6 Flute Length 1-1/2 Spiral Direction Neutral Coolant Fed Non-Coolant Through Overall Length 6 Material - Machining High Speed Steel Finish - Machining Bright (Uncoated) Cutting Direction - Machining Right Hand Primary Material Application All Materials Reamer Application Through Hole Size - Decimal 0.286 - 0.286
These high-speed steel chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.2060 to 0.3755. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from high-speed steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool. High-speed steel chucking reamers provide good wear resistance in a wide range of reaming applications. These general purpose reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool. Chucking reamers, sometimes called machine reamers, enlarge or finish an existing hole to an exact tolerance or size for a precise fit when installing fasteners or other parts. They usually have a 45? chamfer on the cutting edge to help ensure accuracy as the reamer enters the hole during metalworking tasks. This listing is for each. Technical Specification Item Chucking Reamer Measurement System Decimal Inch Reamer Size 0.294 Decimal Equivalent 0.294 Shank Type - Machining Straight Shank Dia. 0.294 Flute Type Straight Number of Flutes 6 Flute Length 1-1/2 Spiral Direction Neutral Coolant Fed Non-Coolant Through Overall Length 6 Material - Machining High Speed Steel Finish - Machining Bright (Uncoated) Cutting Direction - Machining Right Hand Primary Material Application All Materials Primary Material Application ISO Code H, K, M, N, O, P, S Reamer Application Through Hole Size - Decimal 0.294 - 0.294
These high-speed steel chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.2060 to 0.3755. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from high-speed steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool. High-speed steel chucking reamers provide good wear resistance in a wide range of reaming applications. These general purpose reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool. Chucking reamers, sometimes called machine reamers, enlarge or finish an existing hole to an exact tolerance or size for a precise fit when installing fasteners or other parts. They usually have a 45? chamfer on the cutting edge to help ensure accuracy as the reamer enters the hole during metalworking tasks. This listing is for each. Technical Specification Item Chucking Reamer Measurement System Decimal Inch Reamer Size 0.317 Decimal Equivalent 0.317 Shank Type - Machining Straight Shank Dia. 0.317 Flute Type Straight Number of Flutes 6 Flute Length 1-1/2 Spiral Direction Neutral Coolant Fed Non-Coolant Through Overall Length 6 Material - Machining High Speed Steel Finish - Machining Bright (Uncoated) Cutting Direction - Machining Right Hand Primary Material Application All Materials Primary Material Application ISO Code H, K, M, N, O, P, S Reamer Application Through Hole Size - Decimal 0.317 - 0.317
These high-speed steel chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.2060 to 0.3755. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from high-speed steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool. High-speed steel chucking reamers provide good wear resistance in a wide range of reaming applications. These general purpose reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool. Chucking reamers, sometimes called machine reamers, enlarge or finish an existing hole to an exact tolerance or size for a precise fit when installing fasteners or other parts. They usually have a 45? chamfer on the cutting edge to help ensure accuracy as the reamer enters the hole during metalworking tasks. This listing is for each. Technical Specification Item Chucking Reamer Measurement System Decimal Inch Reamer Size 0.319 Decimal Equivalent 0.319 Shank Type - Machining Straight Shank Dia. 0.319 Flute Type Straight Number of Flutes 6 Flute Length 1-1/2 Spiral Direction Neutral Coolant Fed Non-Coolant Through Overall Length 6 Material - Machining High Speed Steel Finish - Machining Bright (Uncoated) Cutting Direction - Machining Right Hand Primary Material Application All Materials Primary Material Application ISO Code H, K, M, N, O, P, S Reamer Application Through Hole Size - Decimal 0.319 - 0.319
These high-speed steel chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.2060 to 0.3755. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from high-speed steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool. High-speed steel chucking reamers provide good wear resistance in a wide range of reaming applications. These general purpose reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool. Chucking reamers, sometimes called machine reamers, enlarge or finish an existing hole to an exact tolerance or size for a precise fit when installing fasteners or other parts. They usually have a 45? chamfer on the cutting edge to help ensure accuracy as the reamer enters the hole during metalworking tasks. This listing is for each. Technical Specification Item Chucking Reamer Measurement System Decimal Inch Reamer Size 0.3590 Decimal Equivalent 0.3590 Shank Type - Machining Straight Shank Dia. 0.3590 Flute Type Straight Number of Flutes 6 Flute Length 1-3/4 Spiral Direction Neutral Coolant Fed Non-Coolant Through Overall Length 7 Material - Machining High Speed Steel Finish - Machining Bright (Uncoated) Cutting Direction - Machining Right Hand Primary Material Application General Purpose Reamer Application Through Hole Size - Decimal 0.3590 (0.3590)
These high-speed steel chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.3765 to 0.8105. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from high-speed steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool. High-speed steel chucking reamers provide good wear resistance in a wide range of reaming applications. These general purpose reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool. Chucking reamers, sometimes called machine reamers, enlarge or finish an existing hole to an exact tolerance or size for a precise fit when installing fasteners or other parts. They usually have a 45? chamfer on the cutting edge to help ensure accuracy as the reamer enters the hole during metalworking tasks. This listing is for each. Technical Specification Item Chucking Reamer Measurement System Decimal Inch Reamer Size 0.4125 Decimal Equivalent 0.4125 Shank Type - Machining Straight Shank Dia. 0.4125 Flute Type Straight Number of Flutes 6 Flute Length 1-3/4 Spiral Direction Neutral Coolant Fed Non-Coolant Through Overall Length 7 Material - Machining High Speed Steel Finish - Machining Bright (Uncoated) Cutting Direction - Machining Right Hand Primary Material Application All Materials Reamer Application Through Hole Size - Decimal 0.4125 - 0.4125
These high-speed steel chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.3765 to 0.8105. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from high-speed steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool. High-speed steel chucking reamers provide good wear resistance in a wide range of reaming applications. These general purpose reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool. Chucking reamers, sometimes called machine reamers, enlarge or finish an existing hole to an exact tolerance or size for a precise fit when installing fasteners or other parts. They usually have a 45? chamfer on the cutting edge to help ensure accuracy as the reamer enters the hole during metalworking tasks. This listing is for each. Technical Specification Item Chucking Reamer Measurement System Decimal Inch Reamer Size 0.414 Decimal Equivalent 0.414 Shank Type - Machining Straight Shank Dia. 0.414 Flute Type Straight Number of Flutes 6 Flute Length 1-3/4 Spiral Direction Neutral Coolant Fed Non-Coolant Through Overall Length 7 Material - Machining High Speed Steel Finish - Machining Bright (Uncoated) Cutting Direction - Machining Right Hand Primary Material Application General Purpose Reamer Application Through Hole Size - Decimal 0.414 - 0.414
These high-speed steel chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.3765 to 0.8105. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from high-speed steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool. High-speed steel chucking reamers provide good wear resistance in a wide range of reaming applications. These general purpose reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool. Chucking reamers, sometimes called machine reamers, enlarge or finish an existing hole to an exact tolerance or size for a precise fit when installing fasteners or other parts. They usually have a 45? chamfer on the cutting edge to help ensure accuracy as the reamer enters the hole during metalworking tasks. This listing is for each. Technical Specification Item Chucking Reamer Measurement System Decimal Inch Reamer Size 0.4240 Decimal Equivalent 0.4240 Shank Type - Machining Straight Shank Dia. 0.4240 Flute Type Straight Number of Flutes 6 Flute Length 1-3/4 Spiral Direction Neutral Coolant Fed Non-Coolant Through Overall Length 7 Material - Machining High Speed Steel Finish - Machining Bright (Uncoated) Cutting Direction - Machining Right Hand Primary Material Application General Purpose Reamer Application Through Hole Size - Decimal 0.4240 (0.4240)
These high-speed steel chucking reamers come in sizes that fall between standard trade sizes, and their sizes are expressed in decimal inches from 0.3765 to 0.8105. Straight-flute reamers push chips forward into a hole as they enlarge it to an exact size for a precise fit when installing fasteners or other parts. They are the most commonly used style of reamer. These chucking reamers are made from high-speed steel and have a bright finish that is unaffected when their cutting edges are resharpened. The reamers' straight shank mounts to the chuck of a drill press or similar machining tool. High-speed steel chucking reamers provide good wear resistance in a wide range of reaming applications. These general purpose reamers have a straight shank that mounts to the chuck of a drill press or similar machining tool. Chucking reamers, sometimes called machine reamers, enlarge or finish an existing hole to an exact tolerance or size for a precise fit when installing fasteners or other parts. They usually have a 45? chamfer on the cutting edge to help ensure accuracy as the reamer enters the hole during metalworking tasks. This listing is for each. Technical Specification Item Chucking Reamer Measurement System Decimal Inch Reamer Size 0.6350 Decimal Equivalent 0.6350 Shank Type - Machining Straight Shank Dia. 0.6350 Flute Type Straight Number of Flutes 8 Flute Length 2-1/4 Spiral Direction Neutral Coolant Fed Non-Coolant Through Overall Length 9 Material - Machining High Speed Steel Finish - Machining Bright (Uncoated) Cutting Direction - Machining Right Hand Primary Material Application General Purpose Reamer Application Through Hole Size - Decimal 0.6350 (0.6350)
These holders allow compatible strip brushes with rigid backing to be mounted in a variety of orientations in a conveying system to help maximize contact between the brushes and a conveyor. The brush's rigid backing slides into the channel in the holder, and the holder is then surface mounted using drilling or welding. The holder should be compatible with the backing height and width of the strip brush. Strip brushes are mounted along conveyors to direct and separate items on the conveyor and clean debris from conveyed items and conveyor belts and parts. They are available with rigid metal or flexible plastic backings and can be installed in compatible brush holders for mounting. When the brush is worn, a new brush can be installed in the holder. Brushes with shorter bristle filaments are stiffer, making them suitable for more aggressive applications such as deburring and heavy cleaning. Brushes with longer bristles are more flexible and are a good choice for gentler applications like positioning light objects or dusting. These products are commonly used on conveying systems in warehouses, package handling areas, manufacturing facilities, and distribution centers. They can also be used for non-conveyor applications such as a creating a barrier at the bottom of a door to keep out air, dust, or debris. This listing is for pkg. of 10. Technical Specification Item Strip Brush Holder Mounting Profile 50 Degrees Angle For Backing Height 3/16 For Backing Width 3/16 Backing Material - Brush Aluminum Mounting Flange Size 1 Overall Length 48
These holders allow compatible strip brushes with rigid backing to be mounted in a variety of orientations in a conveying system to help maximize contact between the brushes and a conveyor. The brush's rigid backing slides into the channel in the holder, and the holder is then surface mounted using drilling or welding. The holder should be compatible with the backing height and width of the strip brush. Strip brushes are mounted along conveyors to direct and separate items on the conveyor and clean debris from conveyed items and conveyor belts and parts. They are available with rigid metal or flexible plastic backings and can be installed in compatible brush holders for mounting. When the brush is worn, a new brush can be installed in the holder. Brushes with shorter bristle filaments are stiffer, making them suitable for more aggressive applications such as deburring and heavy cleaning. Brushes with longer bristles are more flexible and are a good choice for gentler applications like positioning light objects or dusting. These products are commonly used on conveying systems in warehouses, package handling areas, manufacturing facilities, and distribution centers. They can also be used for non-conveyor applications such as a creating a barrier at the bottom of a door to keep out air, dust, or debris. This listing is for pkg. of 10. This item requires special shipping, additional charges may apply. Technical Specification Item Strip Brush Holder Mounting Profile H-Shaped For Backing Height 3/16 For Backing Width 3/16 Backing Material - Brush Stainless Steel Mounting Flange Size 1 Overall Length 60
These light-duty rigid-frame skate wheel conveyors are made from steel. They are stronger than rigid-frame skate wheel conveyors made from aluminum and provide better resistance to abrasion and impacts. Rigid-frame skate wheel conveyors allow loads with firm, flat bottoms to roll along the conveyor from one place to another, reducing the effort it takes to move the loads in assembly lines, shipping departments, and stocking areas. They are available in straight and curved sections, also called conveyor sticks, that can be connected to create a conveyor system that moves items along the most optimal path. Each section must be supported by compatible conveyor stands. The number and spacing of the stands used to support the conveyor section will affect its capacity. Skate wheel conveyors consist of small skate wheels mounted on a series of axles attached to rigid or flexible frames. The wheels let boxes, totes, and other loads with firm, flat bottoms roll along the conveyor from one place to another, reducing the effort it takes to move the loads. These unpowered (gravity-flow) conveyors use a downward slope or a manual push to move loads down the line. Compared to roller conveyors, skate wheel conveyors need less force or slope to move loads and are better at maintaining the orientation of loads as they move around curves. The conveyors' wheel density impacts the size of the loads that can be conveyed on them. The smallest item on the conveyors should be supported by at least five wheels on three axles at all times. Gate kits and transition sections can be used to customize the conveyors. Skate wheel conveyors can be reconfigured for temporary applications and are often used in warehousing, manufacturing, package handing, and distribution tasks. This listing is for each. Technical Specification Item Skate Wheel Conveyor Conveyor Frame Type Rigid Frame Shape 90 Degrees Curved Maximum Load Capacity 260 lb./ft. (5 ft. Supports) Load Capacity @ 5 ft. Centers 260
These straight-flute thread mills have a bright finish that provides a smooth, polished surface. They are suitable for general purpose applications at slower speeds in nonferrous materials. Carbide thread mills offer excellent wear resistance, heat resistance, and hardness. Straight-flute thread mills are suitable for general purpose thread-milling applications. They provide good strength but require a rigid machine setup. Straight-flute thread mills create threads of the same pitch in a range of hole diameters, eliminating the need to change tools when threading multiple holes of different sizes. Thread mills are only usable in CNC machines that have helical interpolation capability. This listing is for each. Cutting Dia. : 0.235 Shank Dia. : 1/4 in Item : Thread Mill Cutting Dia. (In.) : 0.235 Nomenclature : TM Type : Straight, Internal Size : 5/16 Length of Cut : 0.6600 in Finish : polished End Mill Material : Carbide Flutes : 3 Pitch : 40 TPI Thread Size : 5/16-40 Overall Length : 2-1/2 in For Use With : - Thread Type : Inch Length of Cut (In.) : 0.660 Application : All Types of Metals, Composites and Tough-to-Machine Materials Overall Length (In.) : 2.5 Shank Length : 1.8400 in Drilling Tool Configuration : Individual Number of Flutes : 3 List Number : TM Material - Machining : Carbide Measurement System : Fractional Inch Cutter Dia. - Machining : 0.2350 Material Applications : Composite, Steel Primary Material Application : All Materials Finish - Machining : Bright (Uncoated) Flute Type : Straight Cutter Dia. : 0.2350 in Series : SPTM Thread Standard : UN Country of Origin (subject to change) : United States
These user-friendly balances feature Super Hybrid Sensor (SHS) technology which improves response speed, accuracy, and minimizes costs. SHS combines the best of magnetic force restoration and single point parallelogram load sensing technologies. Its unique design provides the fastest response speed in its class ? just one second. The GX Apollo series toploading balances also provide innovative features for advanced operation. Electronically controlled Load (ECL) performs a self-diagnostic test preceded by an internal repeatability test of you balance without an external weight. The standard deviation (SD) check allows for daily precision checks ? ideal for SOPs. The Min-S alert ensures that that balance is operating within USP41 compliance. Impact shock detection (ISD) visually and audibly indicates the magnitude of impacts shocks. The balance will then document the date, time, and shock level to provide real-time feedback and prevent damage of the sensor. Flow rate display (FRD) enhances accuracy and precision of dosing and filling applications. FR-Cal calculates, displays, and outputs the mass or volume flow rate of your dispensing application via density. The comparator then provides feedback if the flow rate is within desired limits. The tare values are then stored in nonvolatile memory if an application was interrupted. Super Hybrid Sensor (SHS) technology offers fastest response time in its class ? one second! Streamline your dosing and filling applications with flow rate display (FRD) Never lose data again ? store weighing data in non-volatile memory Complementary WinCT software supports data collection and statistical analysis Save power with the auto power-off function after 10 minutes of inactivity Internal calibration saves time and money with quick calibration Automatically self-calibrates when ambient temperature changes are detected Calibrate on-demand with one-touch automatic calibration Password-protection up to 11 users and 1 adm
These user-friendly balances feature Super Hybrid Sensor (SHS) technology which improves response speed, accuracy, and minimizes costs. SHS combines the best of magnetic force restoration and single point parallelogram load sensing technologies. Its unique design provides the fastest response speed in its class ? just one second. The GX Apollo series toploading balances also provide innovative features for advanced operation. Electronically controlled Load (ECL) performs a self-diagnostic test preceded by an internal repeatability test of you balance without an external weight. The standard deviation (SD) check allows for daily precision checks ? ideal for SOPs. The Min-S alert ensures that that balance is operating within USP41 compliance. Impact shock detection (ISD) visually and audibly indicates the magnitude of impacts shocks. The balance will then document the date, time, and shock level to provide real-time feedback and prevent damage of the sensor. Flow rate display (FRD) enhances accuracy and precision of dosing and filling applications. FR-Cal calculates, displays, and outputs the mass or volume flow rate of your dispensing application via density. The comparator then provides feedback if the flow rate is within desired limits. The tare values are then stored in nonvolatile memory if an application was interrupted. Super Hybrid Sensor (SHS) technology offers fastest response time in its class ? one second! Streamline your dosing and filling applications with flow rate display (FRD) Never lose data again ? store weighing data in non-volatile memory Complementary WinCT software supports data collection and statistical analysis Save power with the auto power-off function after 10 minutes of inactivity Internal calibration saves time and money with quick calibration Automatically self-calibrates when ambient temperature changes are detected Calibrate on-demand with one-touch automatic calibration Password-protection up to 11 users and 1 adm