Products

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Standard spring plungers offer long travel, large bearing surfaces and numerous material and design options including an optional locking element. Typical Uses Positioning Indexing Ejecting With Thread Lock Latching Detents Contacts Lifters Insulators Special Features Easy installation Accurate alignment Heavy and light end forces Self-lubricating materials Corrosion resistance Wear resistance Non-marring materials Non-chipping materials Special environments Insulating properties

Read more less

Ball plungers can take the highest degree of side load and provide repeatable force time and time again.  They offer maximum protection against rust and corrosion, and are ideal for food, medical and special environments. The stainless steel ball design can withstand high temperatures. Typical Uses Positioning Locating Indexing Torque limiting Gear shifters Detents Special Features Smallest & lightest spring-loaded device Side-load tolerant Controlled end forces Screwdriver installation Stainless steel resists corrosion Stainless steel withstands high temperatures Electrical contact

Read more less

Ball plungers can take the highest degree of side load and provide repeatable force time and time again.  They offer maximum protection against rust and corrosion, and are ideal for food, medical and special environments. The stainless steel ball design can withstand high temperatures. Typical Uses Positioning Locating Indexing Torque limiting Gear shifters Detents Special Features Smallest & lightest spring-loaded device Side-load tolerant Controlled end forces Screwdriver installation Stainless steel resists corrosion Stainless steel withstands high temperatures Electrical contact

Read more less

Ball plungers can take the highest degree of side load and provide repeatable force time and time again.  They offer maximum protection against rust and corrosion, and are ideal for food, medical and special environments. The stainless steel ball design can withstand high temperatures. Typical Uses Positioning Locating Indexing Torque limiting Gear shifters Detents Special Features Smallest & lightest spring-loaded device Side-load tolerant Controlled end forces Screwdriver installation Stainless steel resists corrosion Stainless steel withstands high temperatures Electrical contact

Read more less

Ball plungers can take the highest degree of side load and provide repeatable force time and time again.  They offer maximum protection against rust and corrosion, and are ideal for food, medical and special environments. The stainless steel ball design can withstand high temperatures. Typical Uses Positioning Locating Indexing Torque limiting Gear shifters Detents Special Features Smallest & lightest spring-loaded device Side-load tolerant Controlled end forces Screwdriver installation Stainless steel resists corrosion Stainless steel withstands high temperatures Electrical contact

Read more less

Ball plungers can take the highest degree of side load and provide repeatable force time and time again.  They offer maximum protection against rust and corrosion, and are ideal for food, medical and special environments. The stainless steel ball design can withstand high temperatures. Typical Uses Positioning Locating Indexing Torque limiting Gear shifters Detents Special Features Smallest & lightest spring-loaded device Side-load tolerant Controlled end forces Screwdriver installation Stainless steel resists corrosion Stainless steel withstands high temperatures Electrical contact

Read more less

Ball plungers can take the highest degree of side load and provide repeatable force time and time again.  They offer maximum protection against rust and corrosion, and are ideal for food, medical and special environments. The stainless steel ball design can withstand high temperatures. Typical Uses Positioning Locating Indexing Torque limiting Gear shifters Detents Special Features Smallest & lightest spring-loaded device Side-load tolerant Controlled end forces Screwdriver installation Stainless steel resists corrosion Stainless steel withstands high temperatures Electrical contact

Read more less

Vlier’s precisely engineered mechanical components include our socket set swivel pad clamps, which provide maximum support and rigidity. They’re ideal for use in limited spaces and securely hold parts with off-angle surfaces without any surface marring or damage. Our socket set swivel pad clamps are offered in either steel with black oxide finish or stainless steel. Both models offer an optional Delrin® pad, which eliminates surface damage when clamping together soft materials and helps reduce distortion. Typical Uses Vlier swivel pads clamp parts with uneven, round or angled surfaced areas in applications like cutting, grinding or machining for manufacturing. This provides evenly distributed clamping pressure that prevents damage to the surface area or to the part itself. Special Features Flat-tipped design Pad swivels 7.5° off centerline in all directions Large, flat pad face ensures tight clamping Pad designed to pass through tapped hole Conical seat distributes uniform pressure in clamping Heat-treated steel alloy for long life Steel model features black oxide finish Stainless steel model offers added protection against rust and corrosion Delrin® or steel pad

Read more less