- Mission-Proven Performance & Global Reach: Proven reliability, over 50,000 operational hours, and satellite-enabled connectivity for worldwide ISR operations.
- Flexibility & Operator Efficiency: Autonomous takeoff/landing, intuitive navigation, and redundant LOS/BLOS communications reduce training and manpower needs.
- Affordable, Scalable Production: Built on commercial aircraft production lines for faster development, lower costs, and dependable availability.
- Point-and-Click Control: Intuitive "point-and-click" control system simplifies mission execution and reduces operator workload.
- Resolution: 5cm/pixel ground sampling distance (GSD) at 50-70K feet (5x higher resolution than satellite imagery).
- Versatility: Industry-leading size, weight and power (SWaP) that can fly multiple sensors on a single vehicle.
- Station-keeping: Maintain 40km-80km station-keeping radius for days to weeks at a time.
- Payload recovery: Patented parafoil landing system provides gentle touchdown to keep payloads safe.
- Duration: Missions of up to 30 days of continuous flight.
- Navigable system: Patented altitude control system for precision guidance in the stratosphere's four-direction winds.
- Configurability: Patented system and modular design allow for easy customization.
- Customer-centric: We customize each mission to meet your specific success parameters.
- Asset monitoring: Tracking high-value assets across broad distances.
- Intelligence, Surveillance, Reconnaissance (ISR): Supporting important missions from national security to environmental monitoring to humanitarian relief.
- Climate change research: Collecting data to identify, monitor and measure the environmental impacts of climate change.
- Supply chain tracking: Ensuring continuity and detecting anomalies in distribution processes.
- Non-invasive energy exploration: Aiding in the discovery of resources without disrupting geologic areas.
- Agricultural monitoring: Observing and analyzing the condition of broad swaths of crop land.
- Pipeline inspection: Detecting leaks, theft and line breaks in critical energy infrastructure.
- Wildfire/storm tracking: Providing detection and constant monitoring of natural disasters – even at night or in adverse conditions.
- Maritime awareness: Tracking and monitoring shipping and other activity across vast oceanic territory.
- Communications: Using telecommunication beacons to improve wireless connectivity around the globe.
- Methane detection: Detecting and measuring methane emissions in remote, hard-to-monitor areas.
As a Swiss Authorized Representative, MDSS CH GmbH is the main contact for the Swiss Authority. MDSS CH GmbH is responsible for the formal and safety-related issues connected with the placing of medical devices in the Swiss market.
We will guide you through the Swiss requirements ensuring you are in compliance with the Swiss Regulation.
Hermaphroditic connectors are designed for quick deployment and gender-independent connectivity, allowing the end user to unreel fiber cable without regard for male or female ends. The hermaphroditic design enables the transmission path to maintain polarity even with multiple cable segments daisy-chained together to extend the distance of the deployable system.
• Easy, quick connections. The field-convertible hermaphroditic plug design allows for it to be converted to an in-line receptacle or
back to plug within seconds. This enables plug-to-plug assemblies to be connected end-to-end without regard for male or female
ends. The integrated “push-pull” system allows operators to terminate EZ-MATE plug and receptacles with ease.
• Simple to use. Hard to break. In addition to the EZ-MATE’s user-friendly interface, the connector will resist extremely harsh mechanical and environmental conditions, including high vibration, fluid immersion, mechanical stress and thermal shock, and continues to operate under extreme tension loading when used with OCC tactical cable. Its ability to “blind-mate” is ideal for applications that require thousands of mating cycles. The enhanced Kevlar® retention system supports high cable tensile loading without loss of optical signal.
• A variety of options to fit any application. Available for 2- to 24-channels, EZ-MATE allows maximum flexibility to accommodate specific applications. Each of the two shell sizes features a diverse set of receptacle configures to solve almost any application.
As a new installation or an accredited upgrade, the REVO 5-axis measurement system offers:
- Surface finish measurement and dimensional inspection.
- 15% to 50% cycle time savings.
- Maximised throughput, minimised capital investment.
The REVO system uses synchronised motion and 5-axis measurement technology to minimise the dynamic effects of CMM motion at ultra high measurement speeds.
High-speed measurement:
- Up to 500 mm/sec resulting in increased part throughput
- Data collection rates up to 4,000 points per second
- Infinite positioning and 5-axis motion reduces non-productive transitions between features
- Rapid calibration with all positions inferred means more time measuring
High system accuracy:
- 5-axis scanning minimises CMM motion and the associated dynamic errors
- Stylus wear minimised by extremely low scanning forces
- Infinite positioning and five-axis motion aid access to difficult features
- Tip-sensing further adds to the systems' accuracy and flexibility
Great flexibility
- Maximum reach up to 800 mm from centre of head rotation
- Multi-sensor probe and stylus changing capability
- Renishaw UCCserver software application (based on I++ DME command protocol) provides the interface for EVO-2 control
- The removable probe system, used in conjunction with a low cost changer, provides added system flexibility
STP empowers Cognitive Superiority by allowing the warfighter to tap into today’s powerful AI capabilities with a natural and accessible human-machine interface, avoiding cognitive disruption due to tool complexity, resulting in a key improvement in training focus because the warfighter has a shorter planning cycle, leaving more time for execution and repetition whether it be for planning process itself (staff training) or mission readiness (execution).
STP is a technological advance for today's warfighter that enhances cognition by implementing military doctrine driven, AI based task recognition that automatically perceives planners' implicit higher-order intentions, on the fly, generating Tasks, Task Matrix, Synch Matrix, and other OPORD products with minimal additional user input. This is accomplished via Robust multimodal Natural Language Processing that fuses user’s doctrinal speech and sketch for COA creation, seamlessly integrating plan outputs that drive simulators for tight adjudication loops and C2 systems.
The Watzke Sleeve Spreading Forceps are precision ophthalmic surgical instruments designed for controlled gripping, spreading, and positioning of silicone sleeves during retinal and vitreoretinal procedures. The specialized working tips help surgeons manipulate the sleeve with precision during delicate ophthalmic applications.
Constructed from titanium, these ophthalmic forceps feature a flat cross-action handle with textured gripping surfaces for controlled handling. The cross-action mechanism supports accurate tip operation, while the compact instrument profile facilitates precise manipulation.
Designed for professional surgical use, Watzke Sleeve Spreading Forceps are suitable for ophthalmologists, vitreoretinal surgeons, hospitals, and specialized eye surgery centers.
Key Features- Titanium Construction: Lightweight, corrosion-resistant material suitable for precision ophthalmic instrumentation.
- Watzke Pattern: Specialized sleeve spreading design intended for controlled manipulation of silicone sleeves.
- Flat Cross-Action Handle: Provides controlled tip operation for delicate ophthalmic procedures.
- Textured Grip: Serrated handle surfaces support secure finger placement and handling.
- Precision Working Tips: Designed to grip and spread silicone sleeves during retinal surgical applications.
- Compact Overall Length: The 110 mm configuration provides convenient handling during microsurgical procedures.
- Professional Surgical Design: Intended for use by trained ophthalmic and vitreoretinal specialists.
Watzke Sleeve Spreading Forceps are designed to facilitate the controlled spreading and positioning of silicone sleeves used in ophthalmic surgical procedures, particularly during retinal detachment surgery involving scleral buckling techniques.
The working tips allow the surgeon to grip the silicone sleeve and apply controlled traction when positioning or adjusting the sleeve around associated surgical components.
Common applications include:
- Silicone sleeve spreading during retinal surgery.
- Sleeve positioning in scleral buckling procedures.
- Controlled gripping and adjustment of silicone sleeves.
- Vitreoretinal procedures requiring specialized sleeve manipulation.
Titanium offers a favorable combination of low weight, strength, and corrosion resistance for precision surgical instruments. Its lightweight construction supports comfortable handling during procedures requiring controlled movements.
The flat cross-action handle incorporates textured finger-contact areas to support grip stability. The specialized working end allows controlled manipulation of silicone sleeves while maintaining a compact instrument profile.
Care, Cleaning & ReprocessingInspect the forceps before each procedure for tip alignment, visible damage, surface deterioration, and proper cross-action mechanism function. Clean and reprocess the instrument according to the manufacturer's validated instructions for use and the healthcare facility's applicable protocols.
Avoid excessive force on the working tips. Do not use the instrument if the tips or mechanism are damaged.
Professional Use Only: This instrument is intended for use by appropriately trained healthcare professionals.
Explore More Ophthalmic Surgical InstrumentsDiscover professional surgical instruments from Stellmacher Instruments Inc..
Browse our Ophthalmic Forceps Collection for additional precision eye surgery instruments.
Looking for another configuration? Explore our Watzke Sleeve Spreading Forceps – Angled, 120 mm.
NevadaNano deployed MethaneTrack™ to provide continuous methane monitoring at wellhead locations, with a focus on detecting emissions directly at the source. Endpoints were installed near key leak points, including rod packing on pumpjacks and critical interfaces on wellhead assemblies.
This close-proximity approach enables detection of short-duration and intermittent emissions that are often missed by traditional monitoring methods. By capturing emissions at the point of release, MethaneTrack™ provides higher-fidelity data on when and where leaks occur. This level of visibility is critical when trying to understand operational vs fugitive emissions.
In addition to detection capability, the system was designed to operate reliably in harsh environmental conditions, ensuring continuous performance across seasonal extremes with minimal maintenance requirements.
Manufactured for use with aluminum and steel cylinders.
Sourcehere is now available as a native mobile app, bringing
the full digital directory experience from desktop directly to your phone, with
new features designed to enhance engagement before, during, and after events.
With the app, you can access all the core tools you already know, now optimized
for mobile use, while also unlocking new capabilities that make networking and
event navigation even more seamless.
Key features include:
- In-depth
company profiles – explore exhibitors and organizations in detail - On-platform
messaging – connect and communicate directly with exhibitors - Bookmarks
& event planning tools – save exhibitors, receive updates, and easily
locate them on the floorplan - Powerful
search function – find products, companies, or representatives using
keywords - Interactive floor plan – navigate the event space with ease
New mobile capabilities:
- Posting
Content – share and browse news, products, and services in real time - Event
calendar – stay up to date with scheduled events and forums - Push
notifications – receive instant updates and important alerts - QR
code scanner – quickly access exhibitor profiles and information on site
Aery RAVEN is a rapidly deployable, multi-mission airborne platform designed to deliver operational capability at the speed modern defense missions demand. Built to support Intelligence, Surveillance and Reconnaissance (ISR), Electronic Warfare (EW), training, test, and emerging mission requirements, RAVEN provides military operators with an immediate path to fielded capability—without the long timelines, cost, and inflexibility of traditional acquisition programs.
As mission environments evolve faster than conventional aircraft modification cycles, operators increasingly need platforms that can adapt in weeks and months rather than years. RAVEN was developed to close that gap. Instead of investing in a dedicated single-purpose aircraft that becomes difficult to modify as requirements change, users gain access to a flexible, reconfigurable system designed to evolve alongside operational needs.
At its core, RAVEN combines the speed and efficiency of a commercial-derivative jet platform with an open, modular architecture capable of supporting multiple payload configurations. The aircraft can transition between ISR, EW, communications support, and specialized test profiles with significantly reduced integration timelines compared to traditional platforms.
RAVEN’s mission architecture enables rapid payload changes and flexible system integration, allowing operators to configure capability based on current objectives rather than platform limitations. This approach supports faster experimentation, accelerated concept validation, and reduced operational disruption when requirements shift.
The platform is designed to support stand-off operations and distributed mission execution while providing operators with a responsive airborne environment for sensing, electronic effects, communications, and mission management. Integrated operator workstations and configurable mission systems create a scalable operating environment capable of adapting to changing scenarios and customer-defined requirements.
For electronic warfare applications, RAVEN supports reconfigurable mission equipment and payload options that enable rapid adaptation across operational environments. For ISR missions, the aircraft provides a flexible foundation for airborne sensing and intelligence collection profiles. Additional configurations support training events, test activities, communications relay functions, and mission experimentation.
Unlike traditional acquisition approaches that require years of engineering, modification, certification, and sustainment before operational use, RAVEN is available through flexible service-based models that accelerate access to capability while reducing upfront program risk. Operators gain the ability to deploy capability now, refine requirements through use, and scale as mission demand evolves.
Key Highlights
- Rapidly deployable airborne ISR and EW capability
- Multi-mission platform configurable across ISR, EW, test, and training roles
- Open and modular architecture supporting evolving payload integration
- Commercial-derivative jet platform optimized for speed and responsiveness
- Reduced fielding timelines compared to traditional acquisition pathways
- Flexible service-based contracting models available today
- Reconfigurable mission systems designed to adapt to changing requirements
- Enables experimentation, rapid integration, and accelerated operational access
RAVEN is built for organizations that cannot wait years for capability delivery. It provides a practical path to operational readiness—delivering adaptable airborne effects when timing, flexibility, and execution matter most.
Key Benefits:
Brightens Skin: Turmeric, known for its natural brightening properties, helps reduce the appearance of dark spots, discoloration, and blemishes, promoting a more even skin tone.
Deep Hydration: Enriched with nourishing ingredients, this cream delivers long-lasting moisture to keep your skin soft, supple, and hydrated all day.
Calms and Soothes: Turmeric’s anti-inflammatory properties help reduce redness, irritation, and sensitivity, making it ideal for sensitive or acne-prone skin.
Enhances Natural Glow: Regular use helps restore your skin’s natural radiance, leaving it looking healthy and revitalized.
Lightweight Formula: Absorbs quickly without leaving a greasy residue, making it perfect for daily use under makeup or on its own.
Ideal For:
All skin types, including dry, oily, and sensitive skin
Uneven skin tone and dull complexion
Those seeking a lightweight yet effective moisturizer
Why Choose Okay Turmeric Skin Brightening Facial Cream?
This cream is made with natural, high-quality ingredients and is free from parabens, sulfates, and harsh chemicals. As part of Okay Pure Naturals’ commitment to clean and ethical skincare, it’s a cruelty-free product designed to nurture your skin with care.
Elevate your skincare routine with the Okay Turmeric Skin Brightening Facial Cream. Experience smoother, brighter, and more luminous skin with every application.
Our combined experience of more than 35 years help us offer better service our customer to save a lot of money without compromising the quality
Fast-pass steel adjustable buckles on waist/leg
Front belay anchor point
Elastic Legs Straps
5,000 lb. Rated MIL-SPEC webbing
Centaur Half Body Harness Details:
MBS: 23KN
Weight : 1.31 LB / 21 OZ
Universal Size: S-XL FUSION Size Chart
Standard: CE EN12277:2015
BENEFITS
Observability
- Access, translate, and store onboard operational data and insights currently obscured by complexity or design.
- Monitor asset performance for patterns or trends indicating problems and identify potential maintenance actions.
Readiness
- Make better decisions — faster. Help to reduce unscheduled maintenance and optimize fleet availability.
- Enable maintenance scheduling at optimal intervals to reduce downtime, improve availability, and optimize resource use.
- Automate early warning indications to mitigate problems before they cause delays and identify resourcing needs earlier.
Safety
- Automate monitoring of system/component thresholds and help forecast and prevent equipment failure.
- Perform scheduled maintenance before equipment failure to help reduce the risk of malfunction.
- Identify and prioritize potential safety hazards which can avoid legal liabilities and fines.
Cost savings
- Identify equipment failures and accurately attribute maintenance responsibilities.
- Help ensure assets remain in service longer to prevent costly delays and lost revenue.
- Prioritize maintenance for equipment likely to fail to help reduce costs.
- Find and fix potential safety hazards which can mitigate legal liabilities and fines.
- Keep asset components at optimal performance levels to help extend asset life.
