- Broadband C2 Disruption: command and control (C2) disruption across standard and custom drone frequencies.
- GNSS Disruption: GNSS jamming across all major constellations, including GPS, GLONASS, Galileo and BeiDou.
- PNT Electronic Attack: Position, Navigation and Timing (PNT) Electronic Attack provides an additional mitigation option.
- Full 360° Coverage: pan-and-tilt positioning enables continuous 360° azimuth coverage, with an elevation range of -30° to 90°.
- Remote C2 Integration: ATAK integrated with remote C2 and configuration over Ethernet.
- Configurable RF Control: turn individual bands on or off, adjust band power, and modify individual band start and stop frequencies.
- Critical Infrastructure Protection: long-range Counter-UAS protection for critical infrastructure and high-value assets.
- Border & Perimeter Defense: extended standoff capability for securing borders, perimeters, and controlled areas.
- Event & Venue Security: low-collateral Counter-UAS protection for events and venues where minimizing unintended RF effects is essential.
- Low-Collateral Protection: Directional RF performance targets energy where needed while minimizing collateral exposure across surrounding areas.
- Precise, Controlled Engagement: Remote cue-and-slew controls allow targeted RF effects while maintaining tighter control over unintended effects.
- Faster Counter-UAS Response: The low-collateral layer enables earlier engagement escalation, supporting faster, more proactive threat response.
- Integrated Defense Capability: Remote C2 integration allows REACH to operate seamlessly within broader Counter-UAS security systems.
- Weight: 65 lbs / 29.5 kg device; 30 lbs / 13.6 kg positioner
- Input power: 90–264 VAC, 50/60 Hz; 7.3A @ 230VAC (max)
- Working temperature: -22°C to +55°C (-7.6°F to +131°F)
- Safety compliance: MIL-STD 464 (HERO, HERF, HERP)
- Environmental: MIL-STD 810 / IP66*
- 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.
• Ability to monitor up to 4 separate fibers
• Quantitative phase and amplitude
• Coherence over all sampling intervals
• Enhanced sensitivity compared to class leading IU precedents
• Operating coverage up to 190 km
EXTENSIONS
• Powerful and user-friendly application oriented software platform
• Extensive suite of detectors for effective condition monitoring
• Easy third-party interfacing
• Real-time data classification and management
APPLICATION EXAMPLES
• Perimeter surveillance (personnel, animals, vehicles)
• Pipeline integrity management with Four Mode Leak Detection
• Asset condition monitoring (potential and actual damage)
• Transportation traffic monitoring (railways and roadways
Ideal for:
Foot care exams
Preventative skin care
Examining all body areas
The WedgeRock RS Range of mechanical fail-safe actuators is designed to ensure reliable, precise and safe valve operation in demanding industrial applications. Available in manual or electric motor-driven configurations, these actuators combine high-efficiency gearing with a mechanical spring-return mechanism to provide fail-safe operation in either the open or closed position.
Suitable for both quarter-turn and linear valve applications, the RS range offers flexible configurations, adjustable operating speeds and compatibility with various control signals, including Emergency Shutdown (ESD) and Partial Stroke Testing (PST). Optional communication protocols enable remote monitoring, control and integration with intelligent asset management systems.
By eliminating the need for hydraulic or pneumatic power units, the RS range reduces maintenance requirements, minimizes the risk of fluid leaks and lowers overall operating costs. Robust construction, IP68-rated ingress protection and availability for subsea applications with ROV connection make WedgeRock RS actuators a reliable solution for safety-critical operations and harsh operating environments.
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.
The floor layouts can then be quickly and easily reconfigured, challenging users in a manner that accurately represents what could be experienced operationally.
experts. Tested to more than 100 million strokes yet the seals did not reach failure. The LeakLess design was
initially engineered to answer the industry’s historical appreciation for diaphragm pumps, while hoping for
higher pressures and more consistent injection volumes. The product exceeded its goals and now stands to
revolutionize CheckPoint's Patented products beyond even this model release. Paired with the Series SLA electric
drive, the pump delivers up to 50.87 USG/H (192.56 L/H) and can reliably inject into pressures up to 13,500 PSIG
(931 BARG) per head. It features a robust casing and a variable eccentric drive designed to withstand
harsh conditions of oil and gas installations, and it contains minimal moving parts to further guarantee
long-term reliability and superior uptime. The Series SLA electric pump's controlled volume pump
specifications and high metering accuracy meet or exceed API674 and 675 standards. A nearly infinitely
adjustable stroke length of 0-1 in (0-25.4 mm) ensures extremely precise and accurate dosing and a large
turndown ratio of 10:1*. The flow rate can be controlled while the unit is stopped or running by a single
hand with the manual Vernier scale dial. Optional rotary actuators are available to allow for remote rate
control, can be used on each injection head independently for multi-injection service and are available in many
area classifications and control signal types. Multiple drives may be combined with one motor to provide
redundancy, or to service several injection points. This feature aids in minimizing cost, footprint, and
weight, while maintaining a high degree of accuracy at each individual point regardless of differences in
operating pressures. CheckPoint’s Series SLA drives can be coupled, and a large selection of motors can be
accommodated. The design of this electric pump provides a wide variety of solutions and ensures compliance
to any electrical requirements. To meet a wide array of chemical injection applications and to reduce
spares inventory through part interchange-ability, Series SLA pumps utilize CheckPoint’s distinguished
LeakLess modular chemical heads, which offer a full range of plunger diameters from 1/8" to 1-1/2".
Our pumps maintain unparalleled chemical resistance due to the essential integration of high-quality,
proprietary seal materials. In order to meet a wide variety of chemical compatibility needs, wetted parts are
available in an array of materials, such as 316 SS, Hastelloy C-276, Duplex 2205, Super Duplex 2507, PVC, ceramic
and titanium, and seals are available in Viton, HNBR, FKM, and FFKM. All wet end construction materials meet
the requirements of NACE MR0175 and ISO 15156.
Our wide scope of tooling capability includes:
Stretch Form Blocks
Hydro Form Blocks
CNC Mill Fixture
Rout Fixtures
Drill Jigs
Assembly Fixtures
Inspection Fixtures and Templates
At Polytronix, our engineers will work with you on new product designs, material and component selection and make suggestions when needed to make sure your product is meeting the strict guidelines the aerospace industry demands. At our newly renovated, state-of-the-art manufacturing facility, our experienced staff build, test and qualify products with minimal outsourcing. Polytronix quality engineers oversee all stages of production to make certain all products meet or exceed your expectations.
In addition to new product designs, we specialize in repair/overhaul of cockpit displays, illuminated panels and electromechanical assemblies. Our capabilities include reverse engineering, rapid prototyping and testing.
Convenient one-hand Syringe attachment and ejection
Smooth, easy trigger force and ergonomic design
Minimal dead space in the Syringe; reduced vaccine waste, Minimal Training Required, FDA cleared, CE Mark, WHO Pre-Qualified
any CPU architecture. Designed for maximum interoperability with today’s common building blocks
to allow you to craft a bolstered COTS server with lots of I/O options.
When you’re looking for a composite manufacturing supplier, you need a partner you trust to deliver consistent quality, innovative solutions and a competitive price. TIGHITCO has been providing build-to-print industrial and aerospace composite manufacturing services for customers around the world for more than 50 years.
in hydrocarbon process equipment and pipelines. Utilizing a gas mixture of 99% nitrogen and 1%
helium, this test detects even the smallest leaks, as helium molecules are small enough to escape
through minute openings. Specialized instruments like mass spectrometers identify the presence of
helium, ensuring that the test is both accurate and reliable. This method is particularly useful in
critical industries such as oil & gas, ensuring the safety and integrity of pipelines while minimizing
potential environmental or safety risks.
Features
High-Speed I/O: Equipped With 10GbE Interface
Over 8TB (Detachable)
Capable Of Ingest, Pass Through, And Reproduction Video
Specifically Crafted To Meet The Stringent Size, Weight, And Power (SWaP) Requirements Of Compact Platforms
Encryption Options
• FIPS 197/AES256: Available for Data-At-Rest and Data-In-Transit
• FIPS-140: Available for Data-At-Rest
• Commercial Solutions for Classified (CSfC): Available for Data-At-Rest and Data-In-Transit
Ampex Common Compute Environment (ACCE)
ACCE is a comprehensive software suite designed for data acquisition, management, and storage. It provides a unified interface and supports various hardware devices, simplifying data and device management while ensuring data integrity.
• Software-defined recording for capturing diverse data types
• Facilitation of third-party software integration
• Accurate timestamping and synchronization with
external time sources
• File indexing for efficient data retrieval and analysis
• Comprehensive device management capabilities
