Lightweight portable standard instrument stand for use with the API Quicklink System. The kit includes instrument stand and hard-shell carrying case with wheels.

API tripod for mounting a Quicklink compatible tracker to a table, machine tool or other surface. Includes leveling base with three adjustable legs and three mag-netic drift nests.

This device is used for mounting an API Laser Tracker at a 90-degree (horizontal) angle to an API Quicklink stand.

Quicklink to 3.5" x 8 (Brunson instrument thread) - API Laser Tracker.

Quicklink to Brunson Thread adapter. This device adds a quicklink compatible base to any standard 3.5” x 8 instrument thread (“Brunson” thread).

Surface mounting thread with 6 drill holes. Can be easily connected with a BTA.

Magnetic Base attaches API instruments with a Quicklink mount to any magnetic surface.

Tripod feet for compensating for any uneven surfaces on the floor.

Quick Mount to 3.5” Thread for the Dynamic 9D LADAR. Applicable for mounting onto a Brunson tripod.

Tracker calibration tripod for adjustable placement of an SMR during automated instrument compensations. Tripod adjusts via two extendable leg segments. Includes customized magnet adapter to accept 1.5” SMR.

Space for: 1.5” SMR • 4 Additional Pin Nests • 1 Rough-in-level (75 x 15 x 15mm) • 2 Pieces of miscellaneous Tooling

Break-resistant hollow core 40 meter Spherically Mounted Retroreflectors (SMRs) standard. Composed of several parts and feature golden inlay coating. Certified for use with IFM and ADM over a range of 40 meters.

Break-resistant prismatic 40 meter Spherically Mounted Retroreflectors (SMRs) standard feature golden inlay coating. Certified for use with IFM and ADM over a range of 40 meters.

Break-resistant Spherically Mounted Retroreflectors (SMRs). Feature golden solid body. Certified for use with IFM and ADM.

Break-resistant classic hollow core Spherically Mounted Retroreflectors (SMRs). Composed of several parts. Certified for use with IFM and ADM.

Break-resistant prismatic 40 meter Spherically Mounted Retroreflectors (SMRs) standard. Certified for use with IFM and ADM over a range of 40 me-ters.

Break-resistant Spherically Mounted Retroreflectors (SMRs). Feature golden solid body. Certified for use with IFM and ADM.

Break-resistant hollow core 50 meter Spherically Mounted Retroreflectors (SMRs) feature golden coating. Certified for use with IFM and ADM over a range of 50 meters.

Break-resistant hollow core 50 meter Spherically Mounted Retroreflectors (SMRs) feature golden coating. Certified for use with IFM and ADM over a range of 50 meters.

Break-resistant hollow core 50 meter Spherically Mounted Retroreflectors (SMRs) feature golden coating. Certified for use with IFM and ADM over a range of 50 meters.

Break-resistant hollow core 50 meter Spherically Mounted Retroreflectors (SMRs) feature golden coating. Certified for use with IFM and ADM over a range of 50 meters.

Break-resistant prismatic 50 meter Spherically Mounted Retroreflectors (SMRs) standard. Certified for use with IFM and ADM over a range of 50 meters.

Sphere Mount for simplified handling and measurement with a shank and a recess in the offset. For SMR with the dimension 0.5″.

Shankless Sphere Mount for simplified handling and measurement with a recess in the offset. For SMR with the dimension 0.5″.

Shankless Sphere Mount for simplified handling and measurement with a recess in the offset. For SMR with the dimension 0.5″.

Edge Sphere mount for precise and optimized measurement at edges and corners. For SMR with the dimension 0.5″.

Foundation Sphere Mounts provide a permanent Laser Tracker target reference. Mounted into concrete foundation. For SMR with the dimension 0.5″.

Reference Sphere Mount as a permanent reference point. For SMR with the dimension 0.5″. Made from steel.

Shankless Sphere Mount for precise and optimized measurement with an offset. For SMR with the dimension 0.5″.

Sphere Mount for precise and optimized measurement with an additional shank and an offset. For SMR with the dimension 0.5″. Made from steel.

Sphere Mount for precise and optimized measurement with an additional shank and offset. For SMR with the dimension 0.5″.

Adapter for a simplified measurement with a 0.5″ SMR on centerline for hidden point applications. Various extensions possible. Made from steel.

Sphere Mount for simplified handling and fastening with a thread and a 0.5″ offset. For SMR with the dimension 0.5″. Made from aluminum.

Sphere Mount for simplified handling and measurement with an offset. It will allow to target edges/surfaces. For SMR with the dimension 0.5″.

Sphere Mount for simplified handling and measurement with a shank and a recess in the offset. For SMR with the dimension 1.5″. Made from stainless steel.

Edge Sphere mount for precise and optimized measurement at edges and corners with an offset. For SMR with the dimension 1.5″. Made from aluminum.

Edge Sphere mount for precise and optimized measurement at edges and corners with an offset. For SMR with the dimension 1.5″.

Edge Sphere mount for precise and optimized measurement at edges and corners and locating inside corners or a radius with an offset. For SMR with the dimension 1.5″.

Edge Sphere Mount for precise and optimized measurement at edges and corners with an offset and an additional tip for probing. For SMR with the dimension 1.5″.

Foundation Sphere Mount for precise and optimized measurement with reference nests embedded into the base. For SMR with the dimension 1.5″.

Drift Nest for temporary mounting of a SMR with the dimension 1.5″.

Sphere Mount for precise and optimized measurement with an additional shank and an offset. For SMR with the dimension 1.5″.

Shankless Sphere Mount for precise and optimized measurement with a 25mm offset and and a particular base for magnetic surfaces. For SMR with the dimension 1.5″.

Shankless Sphere Mount for precise and optimized measurement with an off-set. For SMR with the dimension 1.5″.

Sphere Mount for precise and optimized measurement with an extra hard coating for more stability. For SMR with the dimension 1.5″.

Sphere Mount for precise and optimized measurement with an extra hard coating for more stability and a particular base for magnetic surfaces. For SMR with the dimension 1.5″.

Sphere Mount for exact markings of the fastening point. Consists of two components and includes a pin. With an extra hard coating for more stability. For SMR with the dimension 1.5″.

Sphere Nest for exact markings of the fastening point. Consists of two components and includes a pin. For SMR with the dimension 1.5″.

Pole Adapter for SMR with the dimension 1.5″. It operates as a pole extension to reach inaccessible locations.

Adapter for SMRs to connect 1.5″ and 0.5″.

Magnetized extension bar with 10″ length for simplified hand-guiding and precise measurement with a SMR. Available in individual versions with a release button (RB). For SMR with the dimension 0.5″ – 1.5″.

USB scanner cable usable on RapidScan with a length of 4.5m.

A cable with a length of 5m. Applicable to the Radian Pro Laser Tracker and connects the gimbal to the controller.

A cable with a length of 5 – 20m. Applicable to the SmartTrack Sensor and connects the STS with the tracker.

Power supply for the Radian Laser tracker with a connection directly to the electrical grid.

Charger for the battery of the vProbe (Gen. 1). Can also be applied to the XD laser battery.

Note: Possible configurations may include additional or modified sensors and/or ca-bles which will be added elsewhere to this order.

Additional sensor for use directly on the surface of a specific component to measure the temperature.

Temperature sensor applicable for the Radian Laser Tracker series, the 9D LADAR, as well as for the OT2. The total length is 6''.

50mm extension of the stylus on the probe for improved and precise measurement of e.g., hidden points.

Adapter can be applied to the probe to connect two threads.

Reset Sphere for precise and optimized measurement specialized for the hard point adapter.

Retro-Probe Reset Sphere for precise and optimized measurement with a 0.25” probe. Applicable with the vProbe Gen. 1, vProbe Gen. 2 and the iScan3D.

RFID Stylus a ruby sphere for use on the vProbe and the iScan3D. RFID contains all the probe’s info (length and tip) and automatically transmits it to measurement software.

RFID Stylus with up to 500mm total length and steel scribe tip sphere for use on the vProbe and the iScan3D. RFID contains all the probe’s info (length and tip) and automatically transmits it to measurement software.

Rechargeable battery pack for use in the vProbe (2nd Gen.). Made by Panasonic.

Power supply adapter to recharge the vProbe (2nd Gen.) batteries.

Brunson tripod length extension with a total length of 200mm – 1000mm.

Power supply adapter to charge the XD Laser. Applicable to all models.

The turning mirror is used to reflect the laser beam along an alternate path when performing measurements along multiple axes.

Clamp to optimally align the mounting posts and to bind them securely.

Dimensions: 50 x 58 x 55mm

Rough In Level for precise vertical and horizontal alignment of the components.

Note: Possible configurations may include additional or modified sensors and/or cables which will be added elsewhere to this order.

Metric Hex L-key set for flexible mounting of the components. Consisting of seven pieces.

Attached to a sensor. On the right: Sensor Swing Mounting Adapter. Please see below.

The sensor cable with a length of 1,5m and a 12-pin adapter. Applicable to the XD Laser Sensor.

Transceiver to establish a Wi-Fi connection during the calibration with the XD laser to work flexibly wireless.

The Cable is being used instead of a wireless connection.

Charger for the wireless transceiver, in order to be able to work wireless as versatile as possible here as an option as well.

Rechargeable battery for use in the wireless modules.

Power cord for wireless transceiver batteries.

This combo case includes space for an additional battery pack.

This combo case includes a custom foam cutout. Limited Availability.

Special case especially for the use of laser tracker tripods.