HUSCO International, Inc is a global leader in the development and manufacture of hydraulic and electrohydraulic controls for off-highway, and automotive applications. Over the years, HUSCO has grown and innovated in a number of ways. The following timeline introduces you to some of the more important milestones in the company’s history.
Designed to be ultimate in PCLS control, the MX has been designed with extra degrees of tuning, allowing greater performance in any operating platform. MC is a sectional spool valve that offers the best in multifunction tuning within a spatial envelope that is comparable to current PCLS offerings. The valve also features improved system efficiency as well as total hydraulic system cost.
2012 – Piston Cooling Jet Control
HUSCO international integrated into their portfolio piston cooling jet control technology. Cooling jets spray oil into the bottom of an engines’ pistons to cool today’s higher compression engines to increase fuel efficiency and longevity.
2011 – Transmissions
By 2011 the technology advancements at HUSCO was increasing more than ever. Bringing their latest technology to the market: transmission and drivetrain control valves. These control valves allow for fine control of the vehicle’s powertrain which allows for greater fuel efficiency and smoother operation.
2011 – Flow Summation (FS)
Flow summation represents the first real innovation in spool valve design over the last 20 years. this technology also provides smoother and more stable control systems. Efficiency benefits have been proven on multiple machine platforms with fuel efficiency improvements ranging from 10% to 20%.
With continued growth in mind, HUSCO added Variable Turbocharger control technology to its portfolio of solutions. Variable turbocharging is designed to allow the effective aspect ratio of the turbo to be altered as driving conditions change. This increases the effectiveness range of the turbo’s efficiency.
- Cylinder deactivation allows the number of pistons used to change according to driving situations. Fuel consumption and emission can be reduced by 8 to 25% in highway conditions.
- Cam Profile Switching (CPS) allows for different valve lift and cam durations to operate on an engine. CPS benefits the driver by improving engine torque or fuel economy when the driver commands it
2008 – Variable Oil Pump Control
HUSCO international delivers its first variable oil pump control solution. It allows the engine to reduce the pump’s use when not necessary and increase it in high demand situations. Variable oil pump control can increase fuel efficiency by 2-5%.
2008 – INCOVA
INCOVA is a revolutionary hydraulic control technology that maximizes efficiency and controllability of construction equipment. It has transformed conventional technology by replacing limited spool valve systems with intelligent electronic controls. the technology can improve efficiency by more than 20% while simultaneously improving controllability.
2008 – Austin Ramirez becomes CEO
Replaces his father, becoming CEO of HUSCO International. Ramirez graduated from the University of Virginia with a degree in Systems Engineering then to Stanford Graduate School of Business in Palo Alto, California. After finishing his studies, Ramirez returned to the family business where he worked in a number if increasing roles at HUSCO before becoming CEO.
2008 – Iowa Facility Opened
Due to increasing growth, HUSCO opened the Iowa facility to support key off-highway customers located in the region.
The sectional closed center post-pressure compensated valve was designed specifically for construction, material handling, and forestry equipment markets. The platform is available in three different sizes: SCX120, SCX180, and SCX300. SCX provides improved efficiency, productivity, simplified, hydraulic system and low cost of ownership over other PLLS valves in the market.
2007 – India Facility Opened
HUSCO India main focus is to improve and innovate regionally-focused OEM equipment through research and development. Its facility also provides sales, engineering, manufacturing and R&D- machine tuning and development on site.
2006 – Exhaust after Treatment
HUSCO international introduced its exhaust after treatment control technology. Its benefit comes from the reduction in engine operating temperatures to decrease NOx formation in hotter engines.
2005 – Convertible Top Actuation/EPRVs
- The first generation of EPRVs were created internally at HUSCO international for the off highway marker.
- Moveable convertible top assembly designed with HUSCO engineered cartridge valves for precision activation
HUSCO internally designs and manufactures its own ePRV valve, reducing its reliance on external sources for EH actuation components.
2004 – Fuel Control Technology
Fuel control innovations from HUSCO International allowed OEMs the ability to direct or regulate the behavior of an engine’s fuel system performance at a greater level. The technology increases engine fuel efficiency through better managing fuel use for different driving situations.
2001 – EHPV Suspension
HUSCO developed a more sophisticated suspension for the off- highway market. HUSCO EHPV’s offer a completely programmable semi-active solutions for proven field and roading control. The Electro-Hydraulic Poppet Valve is utilized for flow control in hydraulic machinery. Their characteristics establish considerable advantages relative to other valves.
2001 – China Facility Opened
The mission for HUSCO’s Asian headquarters based in Shanghai, P.R.C. is to support and develop the regional customer base through localized supply chain, purchasing, product and application engineering team, and a strong sales force that work directly with the customer. HUSCO China has the capacity to test and analyze machines, as well to manufacture highly refined hydraulic control solutions for your applications.
HUSCO International’s first creation for the automotive market was the Cam Phasing and Variable Timing control products. Both cam phasing and variable valve timing alters the timing of an engine’s valve train. Helping to improve performance, fuel economy, and reduce emissions. Individually, each technology can reduce fuel consumption by 1 to 6 %.
1985 – UK Facility Opened
The location was established for the main purpose of providing a localized headquarters in Europe. The HUSCO facility in UK specialized in manufacturing, sales, engineering, and R&D – machine tuning and development on site. High quality products are delivered from the manufacturing facility in UK to all parts of Europe and Western Asia.
1984 – HUSCO International
Augustin Ramirez led a management – led buyout of HUSCO International. He believed that separating HUSCO from AMCA and allowing the company to market its products to other major Original Equipment Manufactures (OEMs) of off-highway equipment was the key for growth.