Calibration pin, 8 mm diameter (+0.0025/-0.0000 in), 50.8 mm long, for setting and verifying probe systems. Traceable to NIST; tolerances conform to ASME B89.1.5-1998.

BLUM-Novotest calibration ring, 40 mm diameter, used to calibrate TC-series workpiece touch probes for stylus ball diameter and probe eccentricity.

BLUM-Novotest ceramic stylus, 50 mm length, 5 mm ball diameter, for TC-series touch probes. At 50 mm stylus length the TC62 gives 11 mm max deflection in X/Y at 1.5 N measuring force. Styli are wear parts and are replaced as consumables.

High speed skip (HSS) interface cable, 10 m, for connecting a BLUM probing system to a FANUC control. Rev C build.

BLUM-Novotest IF20 interface for radio probing systems. DIN rail mounted (DIN EN 50022-35), 128 x 102 x 52 mm. Sits between the RC66 radio receiver and the machine control, and accepts optional extension modules such as the EM30.

BLUM-Novotest MG80 multipurpose gauge (Generation 2) for in-machine temperature and pressure measurement. Accepts up to four temperature sensors (T1-T4) and four pressure sensors (P1-P4). Temperature range -5 to +80 C, absolute accuracy +/-1 K at 20 C, linearity +/-2 K. Pressure ranges 0-200 bar and 0-600 bar, absolute accuracy +/-1% at 20 C. Radio transmission on 2.400-2.4835 GHz, pairs with the RC66 receiver. IP67. Powered by 2x 3.6 V AA lithium cells.

BLUM-Novotest optocoupler module for electrically isolating probe signals, 5-24 V DC. DIN rail mounted (EN 50022 or EN 50035), 86 x 82 x 68 mm.

BLUM-Novotest RC66 radio receiver - the hub of a BLUM radio probing system. Receives from radio touch probes and tool setters such as the TC62, Z-Nano RC and MG80, and connects to an IF20 or IF59-A2 interface. Frequency band 2.400-2.4835 GHz with LED mode indication.

BLUM-Novotest TC62 workpiece touch probe with radio signal transmission. Trigger-point repeatability 0.3 um (2 sigma) at 30 mm stylus length. Approach directions +/-X, +/-Y and -Z, max deflection +/-11 deg in X/Y and 6 mm in Z, measuring force 5.7 N in Z. Permanent collision control. IP68. Radio band 2.400-2.4835 GHz, pairs with the RC66 receiver. Shaft for BTH 25 tool holder. Powered by 2x 3.6 V 1/2AA lithium cells. Mass 250 g.

BLUM-Novotest tool holder, hollow taper shank HSK-F 63 to DIN standard, with BTH25 probe shank interface for mounting TC-series touch probes. Provision for a 12 mm code chip carrier.

BLUM-Novotest Z-Nano RC tool setter with radio signal transmission, for automatic tool length measurement and broken-tool detection. Radio activation, pairs with the RC66 receiver. The radio version of the wired Z-Nano.

BLUM-Novotest Z-Nano tool setter, cabled version, for automatic tool length measurement and broken-tool detection. Supplied with a 10 m standard cable; 20 m standard and 10/20 m HP cable variants are available as separate order numbers (145795, 145796, 145802).

CAPTRON OGLW2-40T-2PS6 laser tool-centre-point measuring unit with M8 cordset, sensor mount and SINUMERIK integration. Optional Easy Screens and documented G-code examples for setting TCP.

Floor-standing HSK63 tool change rack for robotic machining cells. Spring-steel gripper stations, pneumatic tool-change air package, optional spindle dock and optional BLUM tool setting and work probing.

SINUMERIK Run MyCC /ROCO robot compensation, both options. ROCO Accuracy (6FC5800-0BN83-0YB0) compensates static and load-dependent deflection so the TCP holds position under cutting force; ROCO Productivity (6FC5800-0BN84-0YB0) compensates dynamic error so the same accuracy can be held at higher feed and acceleration. Both are delivered as electronic licences (PDF) against a named e-mail address, require customer-specific release from Siemens, and are not available for export variants.

Pre-wired PROFINET spindle-side I/O and utility enclosure for Run-My-Robot machining cells. One 24 VDC feed and one PROFINET drop replace the spindle umbilical.

Twelve Siemens software options and licences for a SINUMERIK ONE Run MyRobot cabinet: multi-axis package, Run MyRobot /Direct Control, main/sub-axis, Advanced Positioning Control, Friction Compensation, SIMATIC Safe Kinematics, Safety Integrated Plus (multi-axis and SI-Logic), CNC-SW 6.25 SP1 on SD plus 6.23 media, SINUMERIK Operate /NCU and Create MyConfig 6.2. Normally customer-supplied; quoted as an adder when THINK-PLC provides it. Run MyCC /ROCO is a separate option.

SINUMERIK Run MyRobot control cabinet for COMAU robots. UL 508A, built in the USA. Built to order across five option groups.

SINUMERIK Run MyRobot control cabinet for the Danobat dBOT S2 220/2600. UL 508A, built in the USA. Built to order across five option groups.

Laser-based robot accuracy calibration from iSiOS GmbH (Siemens Xcelerator Marketplace). A compact laser on the robot (45 x 11 mm) works with a stationary sensor to measure the real kinematic out to 100 m; proprietary software identifies geometric and kinematic error and compensates it in real time inside SINUMERIK, with operator access through SINUMERIK Operate and no extra hardware in the cell. Corrects both position and orientation error with an adjustable weighting between them, and typically brings absolute accuracy at the TCP to about twice the multidirectional repeatability. Also covers external axis alignment and TCP setup, and includes recalibration so accuracy can be monitored and restored in-house. Scoped per project.