The IXF series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options, including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition, these versions have 8-32 (M4) or 1/4-20 (M6) mounting holes on two edges for post mounting and locks on the adjustment screws.
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The IXFa series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 8-32 (M4) mounting holes on two edges for post mounting and incorporate friction locks on the adjustment screws.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFss series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 8-32 (M4) mounting holes on two edges for post mounting and incorporate friction locks on the adjustment screws.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFta series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFtss series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFa series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 8-32 (M4) mounting holes on two edges for post mounting and incorporate friction locks on the adjustment screws.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFss series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 8-32 (M4) mounting holes on two edges for post mounting and incorporate friction locks on the adjustment screws.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFta series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFtss series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFa series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 8-32 (M4) mounting holes on two edges for post mounting and incorporate friction locks on the adjustment screws.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFss series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 8-32 (M4) mounting holes on two edges for post mounting and incorporate friction locks on the adjustment screws.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFta series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFtss series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXF2.0a is a 2.00 inch version of our popular IXF monolithic flexure mounts which is a front-adjust standard configuration. These mounts use our 100TPI precision thread adjustment screws for low stiction fine adjustments and are manufactured to prevent over-travel of the mount. Motorized actuators can be mounted for remote control applications. The aluminum version is vacuum compatible as a standard feature. Custom OEM versions available in stainless steel and aluminum.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXF2.0ss is a 2.00 inch version of our popular IXF monolithic flexure mounts which is a front-adjust standard configuration. These mounts use our 100TPI precision thread adjustment screws for low stiction fine adjustments and are manufactured to prevent over-travel of the mount. Motorized actuators can be mounted for remote control applications. Custom OEM versions available in stainless steel and aluminum.
The IXFss series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 8-32 (M4) mounting holes on two edges for post mounting and incorporate friction locks on the adjustment screws.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXF2.0ta is a 2.00 inch version of Siskiyou's popular IXF monolithic flexure mounts. This variation incorporates the same features as our IXF2.0a but has the tip/tilt adjustments moved to allow tip and tilt adjustment from above. This feature is ideal for applications where accessibility to the mount is limited and our standard model can't be accessed. Integral to the top adjustment mechanism is a simple split-clamp lock for the adjustment screws. These locks work best when they are preloaded prior to adjustment. Aluminum models exhibit the same performance specifications as the stainless steel models. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFtss series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFa series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 1/4-20 (M6) mounting holes on two edges for post mounting and provisions for attachment of foil locks.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFss series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 1/4-20 (M6) mounting holes on two edges for post mounting and provisions for attachment of foil locks.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFta series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFtss series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFa series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 1/4-20 (M6) mounting holes on two edges for post mounting and provisions for attachment of foil locks.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFss series monolithic flexure mounts are a line of mounts that are specifically designed for OEM applications. They have a wide variety of optic mounting options including bulkhead mounting as either a front adjusted or through the bulkhead adjusted mount. In addition these versions have 1/4-20 (M6) mounting holes on two edges for post mounting and provisions for attachment of foil locks.
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFta series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The IXFtss series top-adjust monolithic flexure mounts are specifically designed for OEM applications. Top-adjust versions have a novel actuating mechanism to eliminate rotational torque being applied to the axis under adjustment. Designed to be either panel or bracket-mounted; Siskiyou flexures provide the ultimate in stability even in challenging environments. The monolithic construction results in substantially better heat conduction from one side of the component to the other for quicker response to changes in temperature. (Patent # 8 925 409)
IXF series mounts are available in both stainless steel and aluminum versions. Stainless steel construction offers superior mechanical and thermal stability while aluminum confers lower weight and vacuum compatibility. The mount's use in vacuum applications is further enhanced because monolithic construction utilizes no "blind holes" or other places in the mount in which gas or volatiles can be trapped thus eliminating the potential for outgassing.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION