WObit / MOBOT automation components, sensors, and mobile robots

Technical selection and calculation for WObit / MOBOT automation hardware, load cells, stepper drives, and mobile robotics via equipment nameplate and documentation.

WObit MOBOT AMR and AGV industrial autonomous mobile robots

WObit MOBOT autonomous mobile robotic vehicles streamline intralogistics by transporting pallet loads and heavy parts across manufacturing floors. Hybrid navigation merging LMS LiDAR and 3D optical cameras provides autonomous route adaptation without magnetic floor tracks.

LiDAR mapping navigation paired with optical scanners for multi-zone safety
Integration with automated roller conveyors, scissor tables, and pallet lifts
Heavy-duty drive chassis utilizing differential steering or Mecanum wheels
Selection of replacement drive wheels, batteries, and optical sensor modules

WObit precision strain gauge load cells and pressure sensors

WObit precision load cells monitor static and dynamic mechanical tension, compression, and torque loads in industrial presses and testing machines. Universal WDT series amplifiers deliver linear conversion of strain bridge signals into standard automation interfaces.

Tension and compression measurement ranges spanning from light loads to 500 kN
Multi-channel WDT11 and WDT12 signal amplifiers with 4-20 mA and RS485 outputs
Rugged stainless steel sensor bodies built to withstand harsh industrial duty
Selection of beam load cells, membrane transmitters, and connecting cables

WObit linear and rotary displacement encoders and sensors

WObit displacement sensors deliver high-resolution tracking for linear slides, rotary stages, and automated positioning actuators. The lineup covers draw-wire displacement transducers, non-contact magnetic linear scales, optical rotary encoders, and digital inclinometers.

Incremental and absolute rotary encoders featuring SSI and CANopen fieldbuses
Compact draw-wire displacement sensors supporting stroke ranges up to 10 m
High immunity against electromagnetic noise generated by heavy power drives
Selection of replacement optical encoder disks, reader heads, and connectors

WObit stepper motors, brushless drives, and motion controllers

Integrated drive systems from WObit pair high-torque two-phase stepping motors and brushless DC drives with programmable electronic motion controllers. Advanced microstepping units in the SID and MIC series damp resonance and ensure smooth dynamic trajectory tracking.

Standard stepping motor flanges compliant with NEMA 17, NEMA 23, and NEMA 34
Programmable SID116 microstepping controllers featuring precise current control
Multi-axis MIC488 positioning master units with Modbus RTU connectivity
Selection of stepping motors with built-in encoders, brakes, and gearheads

WObit MLA Cartesian linear motion modules and multi-axis systems

WObit MLA and MLAS mechatronic linear modules provide complete single-axis motion stages utilizing timing belt drives or precision ball screws. Machine designers assemble these modular units into multi-axis Cartesian gantries for parts handling, sorting, and dispensing.

Rigid extruded structural aluminum profiles with high mechanical stiffness
Carriage stroke lengths extending to 3000 mm at linear travel speeds of 3 m/s
Connecting brackets engineered for multi-axis Pick-and-Place robotic gantries
Selection of replacement timing belts, carriage guide runners, and end seals

WObit linear guideways, slider blocks, and precision ball screws

Precision linear guideways and recirculating ball screw assemblies from WObit carry heavy multi-directional mechanical loads in industrial machinery. Hardened raceways and precision slider runners ensure rigid guidance and extended operating life under continuous duty.

Four-row ball recirculating runners delivering balanced multi-axis stiffness
Precision rolled and ground ball screws rated to accuracy grades C5 and C7
Dual-lip wiper seals and end scrapers keeping contaminants away from raceways
Selection of profile rails, preloaded runner blocks, and thrust end bearings

Navigation architecture and safety mapping of MOBOT autonomous vehicles

Industrial autonomous mobile robots designed by WObit under the MOBOT brand utilize a modular drive base coupled with LMS LiDAR mapping scanners and spatial 3D cameras.

The navigation unit builds dynamic shopfloor maps using Simultaneous Localization and Mapping (SLAM), comparing active laser returns against stored architectural plans while dodging personnel and equipment.

Depending on payloads, MOBOT chassis integrate dual differential drive units or omni-directional Mecanum wheels to achieve docking precision within 10 millimeters at conveyor portals.

Onboard lithium iron phosphate power packs paired with automated wireless charging contacts deliver round-the-clock transport duty across intralogistics routes.

Metrological engineering of strain gauge load cells and WDT amplifiers

WObit tension, compression, and pressure transmitters incorporate precision foil strain gauge bridges bonded onto temperature-compensated spring elements made of high-tensile alloy steel or aviation aluminum.

To feed bridge signals into plant automation architectures, universal WDT11 and WDT13 multi-channel DIN-rail amplifiers provide zero-offset and span calibration.

The signal conditioners eliminate common-mode noise from alternating-current motor drives, filtering sampling signals at 1 kHz before outputting 4-20 mA current loops or Modbus RTU registers over RS485 lines.

Stainless steel sensor enclosures sealed to IP67 ingress ratings guard internal circuitry against moisture and cutting lubricants.

Optical and magnetic positioning transducers for multi-axis monitoring

Spatial coordinate feedback for automated machine tools and material handling gantries in the WObit portfolio combines optical and magnetic displacement sensing hardware.

For extended conveyor strokes, compact WDS draw-wire transducers offer measurement lengths up to 10 meters, where line payout translates onto a spring-tensioned drum monitored by an incremental encoder.

Under severe oil mist and cutting fluids, non-contact magnetic linear scales and digital inclinometers with CANopen and SSI interfaces deliver impervious feedback. High mechanical shock tolerance prevents measurement drift across continuous production shifts.

High-resolution stepping motion systems and multi-axis master controllers

Motion control packages from WObit based on two-phase stepping motors in NEMA 17, 23, and 34 frame envelopes deliver high holding torque at low speeds without intermediary gear reductions.

To attenuate low-speed rotor resonance, programmable SID116 microstepping drives provide digital subdivision up to 1/256 step along with automatic holding current reduction. Coordinated multi-axis motion is governed by MIC488 trajectory controllers with linear and circular interpolation support.

Programmable S-curve acceleration ramps prevent mechanical vibration on connected tooling.

Mechanical design of MLA linear motion stages and Cartesian robots

Mechatronic linear modules in the WObit MLA and MLAS series feature rigid extruded structural aluminum profiles with integrated recirculating linear guideways and ground carriages.

Drive force is delivered by heavy-duty polyurethane timing belts with steel cords in MLA modules for rapid travel up to 3 meters per second, or by ground ball screws in MLAS assemblies for sub-millimeter positioning of heavy tooling.

Standardized aluminum connecting brackets and mounting flanges permit swift configuration of two-axis and three-axis Cartesian gantry robots for machine loading, parts sorting, and fluid dispensing.

Guideway maintenance and ball screw kinematic endurance standards

Long-term mechanical precision across WObit linear motion components is ensured by induction-hardened guideway raceways and ball screw shafts treated to 58-62 HRC surface hardness.

Recirculating slider blocks feature four-point Gothic arch contact geometry with light preload, counteracting overturning moments and radial vibrations under dynamic loads.

To prevent abrasive wear from fine metallic swarf, runner blocks incorporate multi-layer end scraper wipers, inner seals, and integrated lubricant reservoirs distributing grease across the ball raceways. Scheduled inspection of rolling resistance confirms proper lubrication.

WObit / MOBOT and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of WObit / MOBOT and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.