- ISO 9001:2015 Certified Manufacturing — Canada
- Engineering Support Since 1991
Explore our certified hardware portfolio designed for off-highway vehicles, alpine construction plant, telematics gateways, and dynamic heavy equipment leveling across Switzerland.
Industrial-grade programmable display power regulation module built for stable auxiliary power delivery on mobile equipment and backlighting control units.
Solid-state digital output expansion unit designed for rapid hydraulic solenoid switching and automated machine safety feedback loops in extreme conditions.
MT20S Series individual fieldbus coupler connecting tilt sensor arrays and machine position sensors directly into main vehicle Ethernet/IP bus networks.
Robust discrete control hardware platform optimized for embedded algorithms, customizable software logic, dynamic load handling, and real-time sensor processing.
Wide-input auxiliary power conditioning PCB for remote geotechnical slope stability monitoring stations and autonomous electric construction plant in alpine zones.
Ultra-low noise analog signal generation module designed for hydraulic valve spool positioning, precise proportional control, and closed-loop tilt feedback.
Ruggedized outdoor power supply unit with CE certification, providing stable DC power step-down conversion for heavy machinery tilt sensors operating in freezing snow melt conditions.
High-speed 16-channel simultaneous voltage module for heavy equipment data acquisition rigs, structural incline testing, and high-frequency dynamic motion analysis.
In modern heavy civil engineering, alpine railway construction, and high-altitude mining operations across Switzerland, measuring dynamic inclination with sub-degree accuracy presents formidable mechanical and electrical challenges. As leading China top heavy equipment tilt sensor exporters for Switzerland, our engineering methodologies focus on resolving the fundamental physical phenomena that cause sensor drift, thermal hysteresis, and signal corruption during harsh field operations.
Machinery deployed in the Swiss Alps (such as in the Valais, Grisons, or Bernese Oberland regions) encounters extreme ambient temperature differentials. Sub-zero alpine mornings followed by high engine heat radiation can induce silicon die expansion inside MEMS tilt sensors. To guarantee zero-point stability (±0.005°/°C maximum thermal offset), our sensors undergo 100% factory temperature chamber calibration across the entire operating curve. Mathematical compensation coefficients are flashed directly into the onboard flash MCU, ensuring real-time thermal correction before signal transmission over CANopen or SAE J1939 networks.
Heavy excavators, rock-drilling rigs, and mobile cranes generate significant low-frequency structural vibration (5 Hz to 200 Hz). Conventional tilt sensors interpret these high-G micro-vibrations as angular changes, triggering false safety cut-offs or inaccurate bucket/blade positioning. Our dynamic tilt sensors feature multi-stage digital filtering, combining adjustable Butterworth low-pass digital filters with adaptive Kalman estimation. This ensures smooth, reliable roll and pitch data feedback even while hydraulic breakers or diesel power plants operate at peak output.
Swiss weather conditions subject machinery to heavy snowfall, high-pressure hot water washdowns, and corrosive de-icing chemicals. Our tilt sensor housings are machined from anodized high-tensile aluminum alloy or passivated 316L stainless steel, encapsulated in optical-grade polyurethane potting resin. Featuring Deutsch DT-series integrated connectors or M12 ruggedized metal threads, these sensors withstand IP69K high-pressure steam cleaning and continuous immersion without ingress risk.
Customized tilt sensing solutions powering critical safety, leveling, and autonomous guidance systems across Switzerland's unique topography and industrial sectors.
Operated on 45-degree mountain slopes in the Swiss Alps, specialized walking excavators and cable-assisted logging harvesters require real-time chassis roll/pitch telemetry to prevent rollover. Our dual-axis dynamic tilt sensors output CANopen PDO messages at up to 100Hz directly into machine ECUs, enabling automated hydraulic stabilizing leg adjustment.
Switzerland’s world-renowned tunneling engineering (such as Gotthard and Ceneri projects) demands ultra-high alignment precision. Our high-resolution (±0.001°) inclinometers are integrated into TBM shield orientation systems and jumbo drill booms to maintain sub-millimeter trajectory accuracy through complex geological fault zones.
To adhere to stringent Swiss SUVA safety regulations and EN 13000 machinery directive standards, telescopic mobile cranes and alpine cableway construction rigs utilize our redundant dual-channel safety inclinometers (SIL2 / ISO 13849 PLd) for boom angle measurement and outrigger level verification.
Long-term geotechnical slope stability networks along Swiss railway corridors (SBB CFF FFS) and mountain highways utilize ultra-low-power Modbus RS485 tilt sensors. Integrated with solar-charged battery modules, these sensors broadcast sub-millidegree ground movement alerts via IoT gateways before rockslides occur.
The Swiss machinery, electrical, and metal (MEM) industry is undergoing rapid technological evolution. Swiss OEMs (Original Equipment Manufacturers) demand sensors that not only offer mechanical ruggedness but also integrate seamlessly into digital twin ecosystem architectures and electrification platforms.
Compare key technical parameters across our primary tilt sensor and control module families to select the optimal model for your machine build.
| Series Category | Measurement Axes | Range & Accuracy | Output Interface | Ingress Rating | Primary Swiss Application |
|---|---|---|---|---|---|
| TS-CAN-410 Dynamic | Dual-Axis (X/Y) | ±60° / ±0.05° Dynamic | CANopen CiA 410 / SAE J1939 | IP67 / IP69K | Alpine Excavators, Forestry Harvesters |
| TS-SIL2 Functional Safety | Dual Redundant Axis | ±30° / ±0.01° Static | Dual CAN Bus / Redundant Analog | IP68 / Hermetic | Mobile Cranes (EN 13000), Aerial Work Platforms |
| TS-GEO High Resolution | Single / Dual Axis | ±15° / ±0.002° Ultra-Precise | Modbus RTU / RS-485 / 4-20mA | IP67 Anodized Alum. | Tunnel Boring Machines, Railway Bed Monitoring |
| TS-OEM Miniature Series | 3D Spatial Incline | ±90° / ±0.1° Compact | 0.5V - 4.5V Ratiometric / PWM | IP67 Epoxy Encapsulated | Compact Telehandlers, Agricultural Attachments |
| MT20S Fieldbus Gateways | Multi-Channel Bridge | Sub-millisecond Latency | Profinet / Ethernet/IP / J1939 | IP65 Control Cabinet | Central Machinery Telematics & Data Logging |
Combining decades of R&D expertise, ISO 9001 quality assurance, and strict international standard compliance to serve Swiss OEMs and global distributors.
Our Canadian and Finnish-trained R&D engineers provide complete customization of hardware, firmware, CAN mapping protocols, and connector harnesses to match your OEM assembly line schedule within tight deadlines.
Every sensor production batch undergoes 100% automated thermal shock cycling (-40°C to +85°C), random 3-axis vibration testing per MIL-STD-810G, and full electromagnetic compatibility (EMC) verification.
We provide full customs compliance documentation, CE certificates, RoHS/REACH compliance declarations, and direct door-to-door air freight shipping to Zurich, Basel, Geneva, and Bern industrial hubs.
CAN in Automation (CiA) Member
SAE International Member
ISO 9001:2015 Quality Certified
Our sensors incorporate internal temperature sensors and factory-calibrated polynomial matrix algorithms. Every unit undergoes multi-point thermal chamber testing from -40°C to +85°C to compensate for silicon MEMS temperature drift, ensuring stable zero-point and pitch/roll accuracy even when operating on snow-covered mountain sites.
Yes. Our CANopen inclinometers strictly adhere to the CAN in Automation (CiA) 410 profile specification for tilt sensors. This guarantees seamless compatibility, standardized EDS file imports, programmable baud rates (up to 1 Mbit/s), and default PDO mapping for standard Swiss machinery control systems.
Absolutely. We manufacture dual-redundant safety tilt sensors equipped with dual independent MEMS sensing elements and separate microcontroller processing channels. Internal cross-comparison continuously checks sensor integrity, transmitting safe error codes if a channel divergence occurs, fulfilling European safety directives (EN 13000 / ISO 13849 PLd).
Standard catalog models ship within 3 to 5 business days. For customized OEM variants (with custom cable length, specific Deutsch connectors, or flashed customer CAN ID configurations), prototyping takes approximately 2 weeks. Express air shipping to Zurich or Geneva takes 3 to 5 days, supported by full export customs clearance.
Our dynamic tilt sensor series features integrated 6-axis IMUs (3-axis gyro + 3-axis accelerometer) combined with an onboard Extended Kalman Filter (EKF). This real-time algorithm calculates structural rotation while filtering out transient linear accelerations caused by engine vibration, rapid slew stops, or hydraulic hammering.
Every export shipment includes CE Conformity Certificates, RoHS and REACH compliance reports, individual factory calibration certificates with serial number traceability, Certificate of Origin (COO), and comprehensive Datasheets with CAN message structures.
Consult with our senior application engineering team to obtain custom CAN matrix files, request evaluation samples, or receive a tailored quotation for your Swiss production line.
Get a Quote
