W&WP February 2004
This health care giant relies on in-house know-how to produce casework and architectural woodworking for its California region facilities.
By Harry Urban
Woodworking does not immediately come to mind when somebody mentions Kaiser Permanente. The $22.5 billion non-profit health organization is the country's largest HMO, with 8.2 million members and more than 136,000 employees. But the giant health care organization's California region relies on two progressive shops for its casework and architectural woodworking. The shops are wholly owned by Kaiser Permanente.
In 2003 Kaiser Permanente's Los Angeles and Berkeley plants shipped more than $1.3 million per month of product to the company's health care facilities in California. Roughly $1.1 million is shipped monthly out of Los Angeles, with the remainder coming from the Berkeley facility.
Both shops are vertically integrated, handling everything from estimates through installation. In keeping with its in-house strategy, Kaiser Permanente employs its own architects, designers and detailers. All projects are strictly health care related, including waiting rooms, laboratories, pharmacies and optometry offices. Typical jobs include work stations, cabinets, furniture, and architectural interiors - basically everything but seating. All work is manufactured to Woodwork Institute (WI) specifications.
Tale of Two Plants
Toyohiko Hirami, manufacturing manager, said the L.A. plant runs on a just-in-time process, enabling it to minimize its inventory, which used to be as high as $1.1 million.
Machining programs for the routers are extracted from AutoCAD via Router Cim. The routers perform a wide range of operations, including nested-based panel sizing.
Raw materials such as particleboard, MDF and melamine panels are supplied by Tri-State Laminating. Local distributor US TEK supplies the hardware, which includes: Blum hinges; Accuride and Fulterer slides; CompX Timberline and National locks as well as specialized and custom hardware; H+ÃÂ±fele K-D fittings; as and Wilsonart and Formica high pressure laminates. Both shops do some veneering, although most of their work is in laminates, both high and low pressure. The shops also perform a minimal amount of solid surface fabricating.
The facility in Berkeley occupies 26,000 square feet of space and has 24 employees. According to Hirami, the plant was considered very low tech until last year when it installed a Busellato Jet 3006 machining center. "We got together with Delmac Machinery Group to transform the plant into a nested-based manufacturing system," Hirami says.
The Berkeley plant uses Jetnest, a nesting program from DMG. It is a full-featured rectangular nesting software that will nest properly formatted DXF files from any source. Using AutoLink as the post processor, the entire process for the creation of DXF files to the Busellato Jet router is seamless, Hirami says.
Both shops are union and pay carpenters' scale wages, which Hirami says amounts to approximately $40.50 per hour including benefits.
"High tech equipment can be challenging and you need to have qualified people," Hirami says. "The majority of our key people are from Los Angeles Trade Tech, Cal State Fullerton and Cal State L.A.," he adds.
A skilled woodworker for more than 30 years, Hirami himself is a 1967 graduate from Los Angeles Trade Tech College. Ten year's prior, he had emigrated from Japan and settled in East Los Angeles. Hirami's background also includes a stint in the U.S. Navy, which he entered in 1968, and a tour of duty in Vietnam.
It was September 1990 and Toyohiko Hirami was geared up with a brand new router and a mission to improve the productivity of his manufacturing facility. As the manufacturing manager, for Kaiser Permanente's California region in Los Angeles, he needed to figure out how to optimize the manufacturing of the myriad of parts that he made for the company's work stations, cabinets, furniture and architectural interiors.
Hirami knew modular case work was a natural for part standardization and optimization. But to manufacture the parts necessary for a typical job they would have needed dozens of spoil boards.
"They (the machinery dealer) showed us how to use a spoil board, but not how to work with MDF," he says. "We did not want to make hundreds of spoil boards for all of the different custom parts. After trying to work around the problem for four or five weeks, we figured out that we just couldn't deal with too many spoil boards.
"Then one night as were were getting ready to go home we discovered something that changed everything. We figured it out by accident:
"A piece of 3/4-inch particleboard was left on the top of an MDF spoil board on a vacuum table, while the suction was still on. We discovered that we couldn't move the particleboard because the material had just the right amount of porosity and was therefore holding tight. Then we put a piece of 1/4-inch MDF on top of the spoil board and a piece of particleboard on top that. We realized that we could get enough suction for the particleboard. So we tried to cut it with the router and it worked very well.
"We use the 1/4-inch MDF for cabinet backs once we're finished with it," Hirami says. "We also don't need to resurface the spoil board."
"From that point," Hirami adds, "we started using the router to do all sorts of panel sizing and even fit it with an 18-spindle head. When we showed the Shoda suppliers what we had come up with, their eyes were wide open. Originally we worked with software companies to optimize parts from a 4-foot by 8-foot sheet. Now, of course, there are a wide variety of options for nested-based machining."
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