El Short Loin está compuesto por el Striploin (New York Strip) y el Tenderloin (Lomo Fino) unidos por el hueso.
Se divide en dos extremos:
- Extremo de la vena (Vein End)
- Extremo del lomo (Loin End)
El corte comienza desde el extremo de la vena.
Notas sobre los CortesPorterhouse
- Corte con hueso que incluye un New York Strip y un Lomo Fino (Tenderloin).
Porterhouse sin vena
- Porterhouse al que se le ha retirado la vena del lado del Strip.
T-Bone
- La diferencia entre un Porterhouse y un T-Bone está en el tamaño del lomo fino (filete).
- Cuando la porción del lomo fino mide 1.5 pulgadas o menos, el corte se clasifica como T-Bone.
KC Strip (Kansas City Strip)
- New York Strip con hueso.
- Se obtiene cuando el lomo fino ya ha disminuido hasta desaparecer y únicamente queda el lado del Strip.
Filete con hueso
- También puede obtenerse un filete con hueso a partir del corte Porterhouse.
Subproducto
- Full Face Porterhouse (Porterhouse de cara completa).
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.
Prime exhibit space & quality designs:
Built on the idea that an organized group of exhibitors is easier to find than stand-alone booths scattered throughout a show, the USA and Canada Partnership Pavilions always attracts a crowd.
Professional Amenities and Staff:
Every USA and Canada Partnership Pavilion is staffed by an experienced event team dedicated to your success. Whether you need a liaison to the organizers, tech support, a contractor, caterer, translator, printer, or help tracking down a shipment... we’re here to help.
Exclusive events and programs:
As an exhibitor you have exclusive access to all Partnership Pavilion events; including our Opening Ceremony and Ribbon-Cutting, off and on-site hospitality receptions, business and market insight briefings, and special presentations.
O Sistema de Transporte Autônomo (AHS) da Pronto torna a autonomia na mineração simples, rápida e prática. Nossa solução é tão fácil de usar quanto dirigir de um ponto A a um ponto B.
Uma rota de transporte é aprendida após um operador conduzi-la manualmente apenas uma vez. A partir desse momento, os caminhões podem ser despachados para rotas previamente salvas diretamente de um smartphone, por meio do aplicativo intuitivo da Pronto. Essa abordagem simplificada reduz significativamente o tempo, o custo e a complexidade da implementação da autonomia em frotas existentes, sem a necessidade de grandes alterações na infraestrutura da mina.
Projetado para Implantação Rápida
O AHS da Pronto foi desenvolvido para atender às necessidades das operações reais de mineração. A solução é totalmente retrofit, exige pouca ou nenhuma modificação na infraestrutura da mina e permite que as operações escalem a autonomia de forma rápida e eficiente.
Segurança Avançada Integrada
Para atender aos rigorosos requisitos de segurança da mineração, a Pronto oferece uma solução completa de hardware e software, que inclui:
Percepção precisa do ambiente por meio de visão computacional e GNSS;
Plataforma robusta baseada em câmeras e GPS, mais leve, mais rápida e mais econômica do que sistemas baseados em radar ou LiDAR;
Detecção avançada de objetos por inteligência artificial, reduzindo falsos positivos e minimizando paradas desnecessárias;
Kits retrofit de controle eletrônico da direção e dos comandos do veículo (drive-by-wire), permitindo controle preciso em diferentes modelos de equipamentos;
Software configurável para implementar regras operacionais específicas de cada mina e mecanismos adicionais de segurança;
Botões de parada de emergência (All-Stop) instalados nos equipamentos operados manualmente e totalmente integrados ao AHS, permitindo resposta imediata em situações críticas.
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.
Constructed from powder-coated steel tubing, the cart features four smooth-rolling casters (two lockable) for easy relocation and stable positioning.
* Eyewash Unit not included
- X-band radar with diverse imaging modes including Spotlight, Sliding Spotlight, and Stripmap.
- Tuned imaging configurations for broad-area coverage or ultra-fine detail.
- Scalable architecture designed for future upgrades and mission expansion.
The UAV can be used for tasks such as material transportation, airdrops and equipment mounting. It has been deployed for regular material transport support missions in challenging terrain, including high-altitude plateaus, mountainous regions, and islands where ground transportation is not feasible.
• Breathing
• Feeding
• Sleeping
Its single-tube design enables controlled, safe extension and retraction to the desired height, streamlining setup and pack-down in time-sensitive scenarios.
Engineered for both static and mobile applications, the mast can be mounted directly on the ground, vehicle, or trailer, providing a stable foundation across varied terrains. When not in use, it can be compactly stored to reduce bulk and simplify transport. Combining portability, durability, and operational agility, the System 100 ensures reliable performance in demanding field conditions.
By manufacturing large-scale composites that make the fuselarge of an aircraft, automated production technology applying robot concepts, non-destructive inspection technology and flow production line, etc. we are competing with advanced aircraft manufacturers with the best technology, quality and productivity by developing advanced technologies and equipment.
Or for diesel inboard users, make the switch to OXE diesel outboards, for more space onboard, ease of maintenance and reduced vibrations. Now with a waterjet alternative, the highly efficient OXE Jet-tech allows high powered outboard operation in shallow waters with easy access to the inlet of the jet tunnel.
The high adaptability of the device makes it capable of defibrillator testing, transcutaneous pacemaker analysis, and 12-Lead ECG/arrhythmia simulations. You can also routinely track your devices’ performance overtime. Test results can be conveniently saved in the internal memory, uploaded to your PC, and printed using ProComPrint software. (CD included with the unit.)
All that capability is built into one durable, yet lightweight, easy-to-use device!
FEATURES
Compact, lightweight and easy-to-use
Tests all defibrillators including AEDS
Measures monophasic and Bi-Phasic waveforms
Energy and cardioversion measurement
Pacemaker loads from 50 to 1100 Ohm
Large LCD Display with Backlight
Pacer amplitude, rate, pulse width
Waveform storage and playback
Li-Ion rechargeable battery
Save, upload, and print test results using Netech ProComPrint software
Hard carrying case included
2 Year Warranty
The SM-2025 consist of a SM-2005 mount and a SM-2015 magnifier yoke assembly, which allows the user to attach an Aimpoint® 3XMag™ Magnifier, etc., to the SM-2005. The magnifier can then be shifted from the up/use position to the down/stowed position, depending on the operator’s requirement, or it can be removed all together – all without the need for tools.
The mount body also features a see-through channel, allowing M4-height iron sights to be used with the mount in place, when the SM-2015 magnifier yoke is not attached to the mount.
Bending
Laser Cutting
Waterjet Machining
Precision Welding
Punch Press
When the SSGM(Synchronous Signal Generation Module) board is plugged into the motherboard(Backplane) in front of the Chassis,
you can extend the I/O function of the board by plugging the SC-SSGMRTM board into the back of the Backplane.
Three 37-pin Micro D-sub ports are used to send synchronization signals generated by SC-SSGM to the outside or to receive external synchronization signals,
Three separate MMCX output ports are prepared to support test equipment such as oscilloscopes, and you can convert them to various signals and output them.
Please refer to the homepage catalog for detailed specifications.