CIS provides purpose-built mine support vehicles and service bodies designed for demanding surface and underground mining applications. Our offering includes fuel trucks, lube trucks, combination fuel/lube units, water trucks, service trucks, and other custom-configured support vehicles built around the operational needs of each mine.
Working closely with our customers, we can configure equipment for specific chassis platforms, capacities, operating environments, and site requirements. Our focus is on delivering rugged, practical, maintainable equipment that helps mining operations improve fleet availability, fueling efficiency, lubrication support, dust control, and day-to-day equipment maintenance.
The belt trackers are used on belt widths from 12 to 160 inches. The rollers are manufactured with half-inch rubber lagging, and the return trackers are installed on the clean side of the belt. The trackers are proven effective on belts ranging from slow-speed feeder belts (less than 0.1MPS or 0.3FPS) to high-speed belts (up to 7MPS or 23 FPS).
Los rodamientos de la serie NSKHPS tienen una capacidad de carga especialmente elevada, altas velocidades límite y un excelente rendimiento a temperaturas de hasta 200°C.
Las designaciones con el sufijo «E4» tienen una ranura de aceite y orificios en el anillo exterior. Dado que la profundidad de la ranura de aceite en estos rodamientos es limitada, recomendamos utilizar también una ranura de aceite en el agujero del soporte.
- MTOW 1.6 Kg
- Maximum speed 110 km/h
- Battery life 45-60 minutes
- Operating altitude up to 500 meters (AG
Greasing and lubricating valves support the reduction of operating torque and offers protection from seizing during crucial operations. The MEYER SPYDER® Multi-Station Grease Manifold simplifies the process of pumping grease by allowing a single operator to remotely grease valves individually without repeated rig downs. In addition to reducing rig downs, our wellhead grease manifolds eliminate rig ups, which provides a safer and more ergonomic work environment for you and your team.
What Makes Our Holter ECG Systems Exceptional
• Extended Monitoring Options – Flexible recording durations, from 2 up to 14 days, tailored for diverse clinical and research needs.
• Compact & Comfortable Devices – Lightweight recorders designed with patient comfort in mind, ensuring compliance and accurate results.
• High-Fidelity Data Capture – Advanced sampling technology preserves signal integrity for precise arrhythmia detection.
• Seamless Connectivity – Smooth integration with PCs, tablets, and wireless platforms for real-time and retrospective analysis.
• Advanced Analysis Software – The NH-301 system provides powerful analysis, customizable reports, and intuitive tools for efficient workflows.
Engage with Us
Discover how Norav Holter ECG solutions can optimize your workflows and improve patient outcomes. Our team is ready to tailor a solution that fits your clinical or research requirements.
Smart Caster Technology with Auto Braking and Advanced Steering for Improved Patient and Staff Safety
Industry Leading Height Range – 20 inches (51 cm) to 40 inches (102 cm for Greater Procedure Flexibility
Highest Chair Weight Capacity on U.S. Market Today – 600 lbs (272 kg) – for Your Larger Patients
Wider Patient Surface for Enhanced Patient Comfort and Safety – 26 inches (66 cm)
Two-position Foot Rest with Integrated Powered Leg Extension for Taller Patients
Hand Pendant with Pre-Sets and 3 Memory Positions– Positioning at Your Fingertips
Superior Surgeon Leg Clearance
0o – 15o Seat Tilt Standard for Improved Patient Safety and Comfort
Integrated Ergonomic Push Handles for Increased Staff Safety
Counter Rotating Side Rails with Urethane Comfort Arm Rests
Quick-Release Positioning
Contoured, Multi-density Pad with Dura-Gel® Insert for Greater Patient Comfort
Back-up Lithium Ion Battery for Longer Battery Life
Accommodates 110-240V 50/60 Hz
3 inch (8 cm) Sectional mattress pad, Primastretch Fabric
Economic Benefits
Single patient platform increases productivity and throughput and decreases turnover times
Reduces staff time and prevents staff injury involved in transferring patient during various phases of care
Fewer patient transfers enhance patient satisfaction
Patient Outcome and Safety Benefits
A full range of patient positioning provides patient comfort and safety during every phase of care including transport, procedure and recovery
Improves the quality of care and reduces the risk of patient and staff injury by eliminating multiple patient transfers
Patients can position themselves with handheld controls, which minimizes staff involvement and can help speed recovery time (lock-out feature available)
Rogue’s Scalable Compute Platform (SCP) is a flight-proven,
low-SWaP onboard compute system designed to bring AI, autonomy, and real-time
data processing directly to space missions. Built as a flexible Linux-based
edge computing platform, SCP enables high-performance onboard inference,
autonomous mission planning, payload data triage, image filtering, event
detection, and persistent LLM-assisted operations, all while keeping mission
software isolated from flight-critical systems. With 21 TOPS INT8 AI performance,
GPU acceleration, integrated networking, and support for containerized
terrestrial software, SCP helps spacecraft process and act on data in orbit,
reducing downlink burden, minimizing latency, and enabling more autonomous
mission execution in contested or communications-limited environments.
A Vertical Speed Indicator (VSI), also known as a Rate of Climb and Descent Indicator (RCDI) is an instrument which indicates the rate of climb or descent of an aircraft.
These devices are installed and compatible with F-16 series aircraft and KAI's T-50/FA-50 series aircraft.