in News Departments > Products & Technology
print the content item

comments: 0

Baker Solar, a division of M.E. Baker, has released FlexTool mini, an inline wet bench designed specifically for the research and development and pilot-scale requirements of wafer and cell manufacturers.

According to the company, PV companies need highly flexible tools to handle a variety of wet chemistries through a range of single- and double-sided applications. Currently installed FlexTools in the U.S. and Europe are operating both single- and double-sided processes with patent-pending touchless ViaFlood transport technology.

Rinsing and drying is achieved with Baker Solar's proprietary high-volume, low-pressure ViaHead module, the company adds.




SolarEnergyTradeShow_id1384

Surrette_id1386
Latest Top Stories

Solar Sector Fears WTO Ruling Against Tariffs Won't Save The U.S. From Itself

Although the WTO says U.S. anti-dumping tariffs levied on Chinese PV manufacturers are improper, few expect the ruling to prevent a rise in module prices.


Xcel Energy Offers Solar*Rewards 'Bridge' For Colorado Solar Installations

As an incentive for the continued development of customer-sited solar, Public Service Co. of Colorado has agreed to advance capacity for its popular Solar*Rewards program.


Flexible Sources Key To Integrating Solar PV Into Utility Operations

A report from three U.S. Department of Energy labs proposes a framework for integrating various amounts of PV into the grid.


PV Industry Leaders See A 'Second Gold Rush' Coming In The Solar Sector

A panel of solar sector executives from across the PV supply chain at Intersolar North America says the widespread adoption of distributed generation energy sources is inevitable.


Residential Solar Energy Storage Examined As A Promising Grid Resource

California's 200 MW carve-out for customer-side grid energy storage is bringing a variety of stakeholders together to tackle unique technology and policy issues.

S&C Electric_id1352
Lufft_id
PVcobra_id1394
SnakeTray_id1373
WIP_id1320