Fixed Wing: Rugged and reliable camera systems built for the unique challenges of flight, providing clear vision for a wide range of aerial applications. Engineered for extreme conditions, they deliver high-performance imaging for both military and civilian aerospace needs.
UAV: Featuring state-of-the-art sensors, stabilization and connectivity, our camera systems provide UAVs with advanced imaging capabilities for data acquisition, analysis, real-time intelligence and Swap.
Syntron heavy-duty electromechanical feeders combine extra structural strength with durable components. The deep wing plates form a bridge between the inlet and discharge suspension supports, providing extra strength for years of dependable service. Standard troughs feature unitized weldments—one-piece, completely welded units for greater strength. Troughs are also available with bolt-together construction for tunnel installations or other confined areas. MF heavy-duty electromechanical feeders are two-mass, spring-connected, and sub-resonant-tuned. The exciter unit is connected to the trough via corrosion-resistant polymeric drive springs, which reduce vertical stroke while amplifying stroke in the direction of material flow. This feature creates straight line motion, providing maximum material flow rate and feeder capacity. Syntron feeders also utilize custom-engineered electromechanical vibrators. These vibrators feature an L10 life expectancy of over 100,000 hours in normal operation, and they allow quick removal via access from both sides of the feeder or from the bottom. Attachments for safety cables are included on all Syntron feeders.
*Based on dry sand weighing 100 pounds per cubic foot. Capacities vary depending on material characteristics, material density, trough length and width, trough liner type, feeder installation, skirt boards, and hopper transitions.
- 334-5492 Wheel Gp FDR
- 104-4699 Differential
- 9U9822 Transmission
- 334-5020 Front Brake Gp
- 179-0745 Spindle
- 8X8410 Axle Assy
- 9T8910 Front Suspension Cylinder
SyntroFlo is available in three standard sizes for tertiary crusher applications: STF-3F, STF-4F, and STF-5F. In addition, we are developing the STF-3C, STF-4C, and STF-5C for secondary crushing applications. Both designs work with 300 HP, 400 HP, and 500 HP cones, respectively. These designs will allow the SyntroFlo unit to be a cost-effective solution for feeding your cone crusher equipment. We can build a custom cone crushing feeder unit for larger and smaller applications upon request.
With over 18 years of expertise, Body Scientific specializes in converting complex scientific concepts into accurate and engaging medical illustrations. Our skilled team, proficient in both art and medical science, is committed to producing high-quality anatomical visuals. We emphasize precision and detail, ensuring every illustration is a faithful representation of medical reality.
Our service is more than just creating images; it's about visualizing science in a way that enhances understanding and communication. Whether for educational materials, professional journals, or patient care, our work aids in demystifying complex medical subjects.
Choose Body Scientific for your medical illustration needs. Let us transform your scientific data into clear, informative, and captivating visuals, bridging the gap between intricate medical knowledge and visual clarity.
Taking the Edgeline EL8000 into extreme environmental and operational conditions is now possible; a viable solution for Military, Federal, and Commercial sectors. The EL8000-MCS from Ultralife was custom designed to support the Edgeline EL8000 Converged Server System and enables edge computing in the most austere environments and locations.
Filling the weapons gap and increasing platform firepower
The U.S. Government’s only program of record for 2.75”/70mm guided rockets, our APKWS guidance kit transforms unguided 2.75-inch (70 millimeter) rockets like the Hydra 70 Mk 66 and others into precision-guided munitions (PGMs). Qualified on numerous U.S. Department of War (DoW) platforms, APKWS laser guidance kits provide affordable surgical-strike capability to multiple rotary-wing and fixed-wing platforms, as well as unmanned aerial vehicles, static and mounted ground platforms, and maritime vessels.
The APKWS system bridges the gap between unguided rockets and larger anti-armor munitions with commonality across the U.S. military services – Navy, Marine Corps, Army, and Air Force. The APKWS system consistently delivers pinpoint accuracy for the highest lethality available against soft and lightly-armored targets at a lower cost than other systems.
Greater strike range with unmatched precision lethality
With the category’s highest combat-proven hit rate, APKWS guidance kit equipped rocket consistently hit their intended target with pinpoint accuracy while limiting collateral damage. The guidance section is designed to lock onto targets from over 6 kilometers away, supporting survivability and mission success by keeping your launch platform at a safe standoff distance from threats. The guidance kit’s Single Variant Block Upgrade optimized flight trajectory so the rocket can hit targets at a steeper angle of attack for enhanced lethality.
Innovative by design, the APKWS kit includes advanced Distributed Aperture Semi-Active Laser Seeker (DASALS) optics located on all four guidance wings, which are protected by wing-slot seals prior to firing, avoiding adjacent fire damage that can interfere with a nose mount seeker. Once the rocket is fired, the APKWS kit’s wings deploy and the optics lock on to designated targets, guiding the rocket to the target – delivering accurate strikes and minimizing collateral damage when and where it matters most.
- Wing slot seals protect optics from adjacent firings, sand, and moisture prior to launch to ensure no damage or debris inhibit the seeker from locking onto targets
- Optics lock on to moving or stationary targets in open or confined areas, supporting a wide variety of missions, and reducing any chance of a lost or uncontrolled rocket after launch
- 40-degree instantaneous field of regard enables a broad capture area for the rocket to adjust mid-flight and stay on track to its target
Cost effective, easy to integrate, and more capable than ever
First put into production in 2008, the APKWS laser-guidance kit proved to be one of the most accurate, effective, and easy to implement systems in the world for converting unguided rockets into laser-guided rockets (LGR). Today’s system has also proven itself capable in air-to-air targeting of unmanned aerial vehicles (UAVs) and low-flying cruise missiles – as part of a counter-unmanned aerial system (C-UAS) – as well as in ground-to-ground lethality fired from launchers mounted on vehicles and remote weapon stations.
Mission and platform flexibility, as well as its light weight and low cost of integration, makes our APKWS system one of the most highly capable and useful combat weapons available to every department of the U.S. DoW and to U.S. allies. In fact, since its introduction, over 100,000 APKWS units have been sold for service worldwide.
Production-ready for high demand
APKWS guidance kits are readily available. Demand from the U.S. military and international governments is high, and BAE Systems is well-positioned to support that demand. Our state-of-the-art factories in Hudson, New Hampshire and Austin, Texas continue to produce and deliver with available excess capacity, supported by our robust supply chain, advanced manufacturing capabilities, and recent investments of over $100 million in infrastructure improvements. We offer a manufacturing capacity of at least 25,000 units per year, and are continuing to expand production.
With most of our supply chain in the United States, our centralized approach, and focus on delivering zero defects, we are optimizing overall production and delivery efficiency, which shows in our:
- Over 12 years in full-rate production
- More than 100,000 units delivered to date
- Proven ability to surge capacity, accelerating the delivery of over a thousand units ahead of schedule.
Available in seven torque ranges, nine configurations and covering 50 to 11,000 ft-lb (70–15,000 Nm), there’s a B-RAD Xtreme built for virtually every industrial bolting application — from routine maintenance to heavy-duty bolting and specialized confined-access applications.
Built around RAD Torque’s patented gearbox technology, a high-performance brushless DC motor and advanced electronics, every B-RAD Xtreme delivers exceptional battery efficiency, repeatable accuracy and the rugged durability professionals rely on every day.
The lineup includes standard B-RAD Xtreme models along with B-RAD X Shaft Retention configurations, designed for mining haul truck wheels and other applications where bolts are recessed between rim walls or hidden behind obstructions, allowing operators to reach fasteners that conventional torque wrenches simply can’t access.
Having embarked on its maiden flight on 6 December 2019, the Bayraktar AKINCI seamlessly integrated into the Turkish military's inventory on 29 August 2021. Since its induction, this remarkable aircraft has been deployed in operational theaters, showcasing its exceptional versatility and effectiveness thanks to the successful integration of numerous indigenously-developed air-to-ground and air-to-air munitions.
Bending
Laser Cutting
Waterjet Machining
Precision Welding
Punch Press
We currently have capabilities in types of helicopters Bell 412, Bell 505, Bell 212, A119/AW119, EC130B4 and Boeing 737-800.
INGEDRIVE™ is available with powers from 250 kW to 44 MW, and voltages from 400V to 6.6kV, offering robust, reliable and long-lasting equipment.