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One of the products Brock Optical sells is American Made Desktop Microscopes. A more complete list of their products is provided by Made in America Secrets, to review their list click here.
For more information about Brock Optical and its Made in the USA products see the following:
It's impossible to tell the story of the Magiscope's creation without first talking about the man whose name has become synonymous the world's finest child's microscope. There are a very small percentage of people in this world who succeed in spite of tremendous odds against them. Dennis Brock is one of them.
Raised in poverty in a severely dysfunctional family, Dennis was often in trouble at school. Never fitting in was a common reality for him and this persistent isolation led to the love for reading and the knowledge one could obtain from books. There was no money for encyclopedia (the computer of the day), getting food was hard enough. Dennis discovered that he wanted to learn everything he could from books even if he had to beg, borrow or steal. He created his own library in cardboard boxes and the damp basement of a Philadelphia row house. His interest covered all phases of science, wood crafting, wild plants, history, aviation, animals and medicine. Many of his books were borrowed from the Free Library of Philadelphia. Young Dennis would borrow the books and find it impossible to return them (after all it was called the Free Library).
At age 14, Dennis had saved enough money to buy a cheap banjo for $150 at 8th Street Music in Philly. He also bought Pete Seeger's book How to Play the Five String Banjo and taught himself how to play. His ability to learn skills from books repeated itself many times throughout his lifetime. His troubled home life and increasing awareness that he wasn't like everyone else eventually got him kicked out of high school at age 16. He was the president of his class at the time in hoping to become a veterinarian one day. His official crime for being expelled was for being a truant (he used to take Monday's off as teachers would say). Basically, he hated school. He could not tolerate some of the teachers that were merely occupying space, he could not ignore the bullying and the other nasty games that children played. Somehow through no fault of his own, he had become an adult before his time. His best teachers were well behind him in elementary school and it had been all down hill from there. He had his best teacher in sixth grade who allowed him to conduct his own science experiments before the class. Her name was Mrs.Voron ? he never knew her first name.
As soon as he legally could, he left school. He had learned how to finish wood from reading books and put an ad in the local paper for furniture refinishing. Sometimes when things look pretty bleak it may be that opportunity is about to knock at your door.
In 1974, at age 24, Dennis was about to join the Musician's Union in Philadelphia and make a real attempt at becoming a professional musician. However, reality was demanding a more immediate solution to his economic situation. He had to get a real job and he wasn't making much fixing furniture on his own. He had to suspend his desire to be self employed.
The name Carl Zeiss has always been the top name in optics particularly in microscopes. Philly had five medical schools and enough research labs to keep an instrument repair man busy for centuries. There was only one Zeiss dealer in the area at the time. It was owned by an eccentric Hungarian who ran it out of his mansion. Just at that time, Zeiss demanded that the Philadelphia Zeiss dealer get a repairman. Fate led Dennis to their tiny ad in the paper. Over a dozen applicants were screened and Dennis got the job and a chance to work for practically nothing to repair the most sophisticated microscopes on the planet with little or no training.
Being a quick study and winning over older people in the field led to Dennis' learning everything he could about every make and model of microscope there was. He worked on metalagraphs, photomicroscopes, forensic microscopes, industrial and surgical microscopes ? anything with an eyepiece and objective. Microscopes came from many countries back then. Besides Germany, they came from England, Italy, Austria and even Polish microscopes ? Dennis worked on all of them.
This eventually led to the modification of existing stands and stages for specialized applications. He also attended several factory training seminars and workshops on subjects like polarized light, fluorescence and differential interference contrast. No one ever suspected that he left school at 16.
It was at this point in his life that he decided to make his own microscope and go back to taking the risk of being self employed. He always wanted to be an inventor and this was his time. He was repairing and selling microscopes in Orlando, Florida at the time.
The Magiscope
What kind of microscope did the world really need that it didn't already have? What kind of scope would do the most good? And what kind of microscope could an individual make on his own without backing, without equipment and without one physics class?
For years Dennis witnessed the selling of plastic toy microscopes to children who needed something else entirely. They did not need a scaled down plastic facsimile of a real microscope. What they needed was an instrument designed for kids. What was required was something they could use on their own without supervision to view whatever caught their eye. Parents, teachers and children have always been afraid of microscopes and had rarely seen a quality image. Most importantly, it had to work without cords, mirrors, batteries or any conventional light source. This would be the real prize to reach for ? no light source and no breakable parts. The ultimate tool would have only one moving part and need only room light without adjustment on clear or opaque objects.
A scope for children must be an instrument grade machine that is designed specifically for young eyes, hands and minds. It must be tougher and simpler that anything previously made. It must work for everyone, even those with limitations and it must work on everything.
His first prototype, made in an Orlando garage, was made from a brass shower curtain rod and a wooden cutting board that he had
made years before.
The first Brock scope had two moving parts and was field tested at the Orlando Science Center. The second one had only one moving part (Model 50) and was called the world's finest child's microscope by its exhibit director. The addition of the Lumarod Illuminator (Model 60), a couple of years later enabled this new tool for children to take its leadership role in the field. A Parent's Choice Award was given to the Brock even before the Lumarod came about.
The most recent addition to the Brock was the Model 70 ? a fine adjustment ramp allowing the Brock to be focused smoothly at higher powers. This meant the Magiscope could be easily focused at 400x using the 40x objective and the 10x eye piece.
It would be difficult to measure the overall effect that the Magiscope has had on children and science for the last twenty years. Brock's design and even its original color (red) have given young children something they have never had before ? a microscope that empowered them. Here was an instrument designed for them, not a toy. For once, the microscope was a simple and effective tool that could be used by anyone on anything inside or out. At last, there was an instrument that could be used without concern about electrical outlets, mirrors or batteries. Finally, someone had built something strong enough for kids. All other scopes exclude accidents, misuse or abuse from their warranties ? not the Brock. This alone would be revolutionary in this field.
What you have now is simple perfection and it has earned a reputation for outstanding value that has never been more evident that today. After 20 years of being number one in children's microscopes and with over 120,000 in the field working every day, the Brock continues to provide value and integrity which equals success for the student, the teacher and the parents.
Teachers' Insight
Many generations of teachers have found teaching microscopy difficult at best. This multi-generational aversion to microscopes has left its mark. The fact is that many teachers themselves have barely seen a good image through the microscope. All previous designs have provided nothing but extreme frustration for teachers and students alike. Their scopes were either too delicate or too complex to use. Every school out there has a microscope graveyard which attests to previous failures. Teachers wound up studying the parts of a microscope rather than using them to see things.
All this changed with the Brock Magiscope. This tool didn't need studying. It needed to be in the hands of children with their marvelous and unspoiled sense of wonder.
The Magiscope has evolved to become a study in form and function. We are very pleased that people see its value more now than ever. The Magiscope empowers all who use it.
A few years ago we heard of a mother's whose daughter had started with a Magiscope when she was just seven. And then many years later, she had blossomed into a biologist. This was just one of many. The Magiscope has done much to change the lack of proper science education for girls in particular. Throughout the generations, women were discouraged from taking part in science careers. The Magiscope helps put an end to that.
Why buy American?
To those of you who care to buy American, realize how many American workers and businesses the Magiscope supports. You are helping many of us. Even our field case is made here in California to Mr. Brock's specs. Of course it's cheaper to make it off shore ? many things are. We choose to make everything we can here in the USA. It's about quality and consistency with the Brock and that can't be compromised. If someone else somewhere else is making it, quality control is suspect.
The Brock is the only American microscope and has been supporting American workers for an entire generation and without any consideration from our government. Hopefully, that will change and our leaders and their laws will do something for small cottage industries like us. We need every manufacturer we can get in this country no matter how small.
At Brock we will continue to make them here in the USA and continue to produce what many consider the world's finest child's microscope.
For more information about Brock Optical and its Made in the USA products see the following:
It's impossible to tell the story of the Magiscope's creation without first talking about the man whose name has become synonymous the world's finest child's microscope. There are a very small percentage of people in this world who succeed in spite of tremendous odds against them. Dennis Brock is one of them.
Raised in poverty in a severely dysfunctional family, Dennis was often in trouble at school. Never fitting in was a common reality for him and this persistent isolation led to the love for reading and the knowledge one could obtain from books. There was no money for encyclopedia (the computer of the day), getting food was hard enough. Dennis discovered that he wanted to learn everything he could from books even if he had to beg, borrow or steal. He created his own library in cardboard boxes and the damp basement of a Philadelphia row house. His interest covered all phases of science, wood crafting, wild plants, history, aviation, animals and medicine. Many of his books were borrowed from the Free Library of Philadelphia. Young Dennis would borrow the books and find it impossible to return them (after all it was called the Free Library).
At age 14, Dennis had saved enough money to buy a cheap banjo for $150 at 8th Street Music in Philly. He also bought Pete Seeger's book How to Play the Five String Banjo and taught himself how to play. His ability to learn skills from books repeated itself many times throughout his lifetime. His troubled home life and increasing awareness that he wasn't like everyone else eventually got him kicked out of high school at age 16. He was the president of his class at the time in hoping to become a veterinarian one day. His official crime for being expelled was for being a truant (he used to take Monday's off as teachers would say). Basically, he hated school. He could not tolerate some of the teachers that were merely occupying space, he could not ignore the bullying and the other nasty games that children played. Somehow through no fault of his own, he had become an adult before his time. His best teachers were well behind him in elementary school and it had been all down hill from there. He had his best teacher in sixth grade who allowed him to conduct his own science experiments before the class. Her name was Mrs.Voron ? he never knew her first name.
As soon as he legally could, he left school. He had learned how to finish wood from reading books and put an ad in the local paper for furniture refinishing. Sometimes when things look pretty bleak it may be that opportunity is about to knock at your door.
In 1974, at age 24, Dennis was about to join the Musician's Union in Philadelphia and make a real attempt at becoming a professional musician. However, reality was demanding a more immediate solution to his economic situation. He had to get a real job and he wasn't making much fixing furniture on his own. He had to suspend his desire to be self employed.
The name Carl Zeiss has always been the top name in optics particularly in microscopes. Philly had five medical schools and enough research labs to keep an instrument repair man busy for centuries. There was only one Zeiss dealer in the area at the time. It was owned by an eccentric Hungarian who ran it out of his mansion. Just at that time, Zeiss demanded that the Philadelphia Zeiss dealer get a repairman. Fate led Dennis to their tiny ad in the paper. Over a dozen applicants were screened and Dennis got the job and a chance to work for practically nothing to repair the most sophisticated microscopes on the planet with little or no training.
Being a quick study and winning over older people in the field led to Dennis' learning everything he could about every make and model of microscope there was. He worked on metalagraphs, photomicroscopes, forensic microscopes, industrial and surgical microscopes ? anything with an eyepiece and objective. Microscopes came from many countries back then. Besides Germany, they came from England, Italy, Austria and even Polish microscopes ? Dennis worked on all of them.
This eventually led to the modification of existing stands and stages for specialized applications. He also attended several factory training seminars and workshops on subjects like polarized light, fluorescence and differential interference contrast. No one ever suspected that he left school at 16.
It was at this point in his life that he decided to make his own microscope and go back to taking the risk of being self employed. He always wanted to be an inventor and this was his time. He was repairing and selling microscopes in Orlando, Florida at the time.
The Magiscope
What kind of microscope did the world really need that it didn't already have? What kind of scope would do the most good? And what kind of microscope could an individual make on his own without backing, without equipment and without one physics class?
For years Dennis witnessed the selling of plastic toy microscopes to children who needed something else entirely. They did not need a scaled down plastic facsimile of a real microscope. What they needed was an instrument designed for kids. What was required was something they could use on their own without supervision to view whatever caught their eye. Parents, teachers and children have always been afraid of microscopes and had rarely seen a quality image. Most importantly, it had to work without cords, mirrors, batteries or any conventional light source. This would be the real prize to reach for ? no light source and no breakable parts. The ultimate tool would have only one moving part and need only room light without adjustment on clear or opaque objects.
A scope for children must be an instrument grade machine that is designed specifically for young eyes, hands and minds. It must be tougher and simpler that anything previously made. It must work for everyone, even those with limitations and it must work on everything.
His first prototype, made in an Orlando garage, was made from a brass shower curtain rod and a wooden cutting board that he had
made years before.
The first Brock scope had two moving parts and was field tested at the Orlando Science Center. The second one had only one moving part (Model 50) and was called the world's finest child's microscope by its exhibit director. The addition of the Lumarod Illuminator (Model 60), a couple of years later enabled this new tool for children to take its leadership role in the field. A Parent's Choice Award was given to the Brock even before the Lumarod came about.
The most recent addition to the Brock was the Model 70 ? a fine adjustment ramp allowing the Brock to be focused smoothly at higher powers. This meant the Magiscope could be easily focused at 400x using the 40x objective and the 10x eye piece.
It would be difficult to measure the overall effect that the Magiscope has had on children and science for the last twenty years. Brock's design and even its original color (red) have given young children something they have never had before ? a microscope that empowered them. Here was an instrument designed for them, not a toy. For once, the microscope was a simple and effective tool that could be used by anyone on anything inside or out. At last, there was an instrument that could be used without concern about electrical outlets, mirrors or batteries. Finally, someone had built something strong enough for kids. All other scopes exclude accidents, misuse or abuse from their warranties ? not the Brock. This alone would be revolutionary in this field.
What you have now is simple perfection and it has earned a reputation for outstanding value that has never been more evident that today. After 20 years of being number one in children's microscopes and with over 120,000 in the field working every day, the Brock continues to provide value and integrity which equals success for the student, the teacher and the parents.
Teachers' Insight
Many generations of teachers have found teaching microscopy difficult at best. This multi-generational aversion to microscopes has left its mark. The fact is that many teachers themselves have barely seen a good image through the microscope. All previous designs have provided nothing but extreme frustration for teachers and students alike. Their scopes were either too delicate or too complex to use. Every school out there has a microscope graveyard which attests to previous failures. Teachers wound up studying the parts of a microscope rather than using them to see things.
All this changed with the Brock Magiscope. This tool didn't need studying. It needed to be in the hands of children with their marvelous and unspoiled sense of wonder.
The Magiscope has evolved to become a study in form and function. We are very pleased that people see its value more now than ever. The Magiscope empowers all who use it.
A few years ago we heard of a mother's whose daughter had started with a Magiscope when she was just seven. And then many years later, she had blossomed into a biologist. This was just one of many. The Magiscope has done much to change the lack of proper science education for girls in particular. Throughout the generations, women were discouraged from taking part in science careers. The Magiscope helps put an end to that.
Why buy American?
To those of you who care to buy American, realize how many American workers and businesses the Magiscope supports. You are helping many of us. Even our field case is made here in California to Mr. Brock's specs. Of course it's cheaper to make it off shore ? many things are. We choose to make everything we can here in the USA. It's about quality and consistency with the Brock and that can't be compromised. If someone else somewhere else is making it, quality control is suspect.
The Brock is the only American microscope and has been supporting American workers for an entire generation and without any consideration from our government. Hopefully, that will change and our leaders and their laws will do something for small cottage industries like us. We need every manufacturer we can get in this country no matter how small.
At Brock we will continue to make them here in the USA and continue to produce what many consider the world's finest child's microscope.
One of the products Bunn sells is Made in America Binding Machines. A more complete list of their products is provided by Made in America Secrets, to review their list click here.
For more information about Bunn and its Made in the USA products see the following:
It came from long, tedious hours of handling mail...from the endless stacks of envelopes and flyers to be bundled. Who wouldn't develop a notion that there had to be a better way.
This was way back in 1906. The year a hard-working postal clerk named Romanzo Norton Bunn said to his inquisitive son, why not a mechanical tying machine?pcat=master-catalog
Mr Bunn, Founder
Benjamin H. Bunn
Founder
Benjamin Bunn was an inventive sort. A teenager who liked to experiment until something came out right. And it did!
By 1907 Benjamin H. Bunn had invented a prototype of the world's original Letter Tying Automatic Turntable Two Wrap Cross Tie Machine - the number one Bunn. This concept actually ushered in the era of automatic packaging.
During his first year at the University of Illinois, Benjamin worked on the prototype in the attic of the family home at 10549 Church Street. Benjamin Left school after a year to continue working on his machine's features and improvements. By 1910 his prize prototype was fully perfected.
Postal Service Breaks the Ice
He then went on the road to demonstrate the new machine in Post Offices at New York, Washington, and Ottawa, Canada. Interestingly, the first Bunn Tying Machine was purchased by the Canadian Post Office.
In 1913, the United States Post Office purchased 50 of the new machines, as well as a number of commercial business sales. The Automatic Tying Machine was on its way.
In 1923, with a lot of foresight, optimism and confidence in the future, Benjamin H. Bunn purchased a building at 7339 Vincennes Avenue on Chicago's south side and established a complete machine shop and assembly area to handle the mounting orders for the Bunn Tying Machines. Commercial industry had beat a path to Bunn requiring all shapes and sizes of machines for general applications.
By 1930, the Bunn facility had grown and a new, larger building was built on the Vincennes Avenue site, and 12 years later an addition was made to the facility. The company's product demand and financial strength continued to grow, and the same thing happened in 1952 and 1957...more additions.
In 1946, Benjamin's son Richard B. Bunn entered the business with an energetic sales approach. From that point, an experienced organization of manufacturing representatives, totaling 25, was pulled together and strengthened nationwide, along with several Worldwide Sales worldwide.
During the 40's and the 50's, as the Bunn sales organization grew, so did the Bunn Company. Through this organization, the total product line expanded to meet the customized application requirements of numerous businesses. The Bunn response to the most unique application is, We can do it. Today, this same motto still rings true...We can do it.
In 1950, a representative of the U.S. Postal Service Research and Development Department, came to the company to request a machine that would be the first step to automated mail. And, it was.
Within the next 14 years, 11,000 Bunn tyers were in place in U.S. Post Offices throughout the country.
In 1965, anticipating the needs of industry, Bunn tested a Japanese plastic strap machine. After several years of negotiations and product feature modifications at Bunn's request, the Nichiro line of plastic strap machines were improved significantly.
In 1968, Bunn became one of 4 exclusive North American marketers for plastic strap machines. Business continued to boom and Bunn moved to a spacious plant in south suburban Alsip, Illinois, a 52,000 square foot building on a 5 acre tract that boasted 30% more production space.
In 1983, The B. H. Bunn Company marked its 75th Anniversary. Three-quarters century of business growth has made the Bunn name synonymous with package-closing equipment. With combined input from thousands of users in all phases of business, research and development, the Bunn Company can offer a complete range of tying and strapping equipment, along with accessories for virtually any bundling or unitizing application...for maximum productivity.
In 1984, B. H. Bunn Company moved again - to Lakeland, Florida. The plant's new equipment and facility resulted in dramatic savings in machining time and cost efficiency.
In 1990, the development of the new Bunn Models created a stronger and more reliable tying machine.
In 1997, John R. Bunn President, grandson of the inventor, purchased the B. H. Bunn Company from Richard Bunn to continue the tradition. Since his return, the Bunn company has continued to grow with new designs and applications exceeding customer expectations.
In 2000, the Next Generation of Bunn, Ring Tyer, machine was introduced with great strides in the market place. This newest model gives Bunn another dimensions to help customers with precision bundling far surpassing other models.
In 2004, Bunn has introduced the BUNN-LER Stretch wrapping machine. This model takes the roll out of the customers hand and increases efficiency of bundling with stretch films.
For more information about Bunn and its Made in the USA products see the following:
It came from long, tedious hours of handling mail...from the endless stacks of envelopes and flyers to be bundled. Who wouldn't develop a notion that there had to be a better way.
This was way back in 1906. The year a hard-working postal clerk named Romanzo Norton Bunn said to his inquisitive son, why not a mechanical tying machine?pcat=master-catalog
Mr Bunn, Founder
Benjamin H. Bunn
Founder
Benjamin Bunn was an inventive sort. A teenager who liked to experiment until something came out right. And it did!
By 1907 Benjamin H. Bunn had invented a prototype of the world's original Letter Tying Automatic Turntable Two Wrap Cross Tie Machine - the number one Bunn. This concept actually ushered in the era of automatic packaging.
During his first year at the University of Illinois, Benjamin worked on the prototype in the attic of the family home at 10549 Church Street. Benjamin Left school after a year to continue working on his machine's features and improvements. By 1910 his prize prototype was fully perfected.
Postal Service Breaks the Ice
He then went on the road to demonstrate the new machine in Post Offices at New York, Washington, and Ottawa, Canada. Interestingly, the first Bunn Tying Machine was purchased by the Canadian Post Office.
In 1913, the United States Post Office purchased 50 of the new machines, as well as a number of commercial business sales. The Automatic Tying Machine was on its way.
In 1923, with a lot of foresight, optimism and confidence in the future, Benjamin H. Bunn purchased a building at 7339 Vincennes Avenue on Chicago's south side and established a complete machine shop and assembly area to handle the mounting orders for the Bunn Tying Machines. Commercial industry had beat a path to Bunn requiring all shapes and sizes of machines for general applications.
By 1930, the Bunn facility had grown and a new, larger building was built on the Vincennes Avenue site, and 12 years later an addition was made to the facility. The company's product demand and financial strength continued to grow, and the same thing happened in 1952 and 1957...more additions.
In 1946, Benjamin's son Richard B. Bunn entered the business with an energetic sales approach. From that point, an experienced organization of manufacturing representatives, totaling 25, was pulled together and strengthened nationwide, along with several Worldwide Sales worldwide.
During the 40's and the 50's, as the Bunn sales organization grew, so did the Bunn Company. Through this organization, the total product line expanded to meet the customized application requirements of numerous businesses. The Bunn response to the most unique application is, We can do it. Today, this same motto still rings true...We can do it.
In 1950, a representative of the U.S. Postal Service Research and Development Department, came to the company to request a machine that would be the first step to automated mail. And, it was.
Within the next 14 years, 11,000 Bunn tyers were in place in U.S. Post Offices throughout the country.
In 1965, anticipating the needs of industry, Bunn tested a Japanese plastic strap machine. After several years of negotiations and product feature modifications at Bunn's request, the Nichiro line of plastic strap machines were improved significantly.
In 1968, Bunn became one of 4 exclusive North American marketers for plastic strap machines. Business continued to boom and Bunn moved to a spacious plant in south suburban Alsip, Illinois, a 52,000 square foot building on a 5 acre tract that boasted 30% more production space.
In 1983, The B. H. Bunn Company marked its 75th Anniversary. Three-quarters century of business growth has made the Bunn name synonymous with package-closing equipment. With combined input from thousands of users in all phases of business, research and development, the Bunn Company can offer a complete range of tying and strapping equipment, along with accessories for virtually any bundling or unitizing application...for maximum productivity.
In 1984, B. H. Bunn Company moved again - to Lakeland, Florida. The plant's new equipment and facility resulted in dramatic savings in machining time and cost efficiency.
In 1990, the development of the new Bunn Models created a stronger and more reliable tying machine.
In 1997, John R. Bunn President, grandson of the inventor, purchased the B. H. Bunn Company from Richard Bunn to continue the tradition. Since his return, the Bunn company has continued to grow with new designs and applications exceeding customer expectations.
In 2000, the Next Generation of Bunn, Ring Tyer, machine was introduced with great strides in the market place. This newest model gives Bunn another dimensions to help customers with precision bundling far surpassing other models.
In 2004, Bunn has introduced the BUNN-LER Stretch wrapping machine. This model takes the roll out of the customers hand and increases efficiency of bundling with stretch films.
One of the products Burlingham International sells is Made in America Quick Grips. A more complete list of their products is provided by Made in America Secrets, to review their list click here.
For more information about Burlingham International and its Made in the USA products see the following:
Burlingham International began over 38 years ago as the Duraclamp Company, a one product domestic firm serving the Metal Finishing market. Burlingham International has now grown into a multi-product, international company working in a wide range of industries.
The Burlingham Family began in the anodizing industry in the early 1970's, operating architectural lines in Southern and Northern California. We worked closely with architects, extruders, manufacturers and suppliers to provide the highest quality finishes to customers throughout the Western United States.
The Burlingham's were founding members of the Aluminum Anodizers Council, created to promote and support anodizing as a unique and dependable finish. The current Burlingham International product line was designed and developed by a family of metal finishers to insure that today's finishing plants have state of the art tools to meet the ever increasing demands of the industry.
From the Number 1 selling Duraclamp designed for anodizers and platers to our expanded line of nuts and bolts for printed circuit board manufacturers, Burlingham International personnel specialize in meeting customers stringent requirements. Please take some time to review our unique product lines and varied capabilities. We look forward to working with you.
For more information about Burlingham International and its Made in the USA products see the following:
Burlingham International began over 38 years ago as the Duraclamp Company, a one product domestic firm serving the Metal Finishing market. Burlingham International has now grown into a multi-product, international company working in a wide range of industries.
The Burlingham Family began in the anodizing industry in the early 1970's, operating architectural lines in Southern and Northern California. We worked closely with architects, extruders, manufacturers and suppliers to provide the highest quality finishes to customers throughout the Western United States.
The Burlingham's were founding members of the Aluminum Anodizers Council, created to promote and support anodizing as a unique and dependable finish. The current Burlingham International product line was designed and developed by a family of metal finishers to insure that today's finishing plants have state of the art tools to meet the ever increasing demands of the industry.
From the Number 1 selling Duraclamp designed for anodizers and platers to our expanded line of nuts and bolts for printed circuit board manufacturers, Burlingham International personnel specialize in meeting customers stringent requirements. Please take some time to review our unique product lines and varied capabilities. We look forward to working with you.
One of the products Cord Specialties Co sells is Made in America Custom Connectors. A more complete list of their products is provided by Made in America Secrets, to review their list click here.
For more information about Cord Specialties Co and its American Made products see the following:
Cord Specialties manufactures custom cord products like power supply cords, cord-sets, cut lengths, leads, and harnesses. Our specialty is speed. We stock the raw materials and keep the machinery available to produce your order quickly and competitively.
It is likely we have the bulk cordage you need in stock. We stock over 300 common types of 'service' cord. Black, white, brown, gray, flat, round, rubber, 600 volt, fine stranding, European color code . . . all in stock and ready to begin production.
In short, Cord Specialties will cut, strip, and terminate single or multiple conductor wire to your specifications. For example, if you need an 86-inch brown power supply cord, we can help. If you need right angle, straight blade, or even twist lock plugs, we can help. Quotes are free and fast so call, fax, or e-mail your specifications today!
For more information about Cord Specialties Co and its American Made products see the following:
Cord Specialties manufactures custom cord products like power supply cords, cord-sets, cut lengths, leads, and harnesses. Our specialty is speed. We stock the raw materials and keep the machinery available to produce your order quickly and competitively.
It is likely we have the bulk cordage you need in stock. We stock over 300 common types of 'service' cord. Black, white, brown, gray, flat, round, rubber, 600 volt, fine stranding, European color code . . . all in stock and ready to begin production.
In short, Cord Specialties will cut, strip, and terminate single or multiple conductor wire to your specifications. For example, if you need an 86-inch brown power supply cord, we can help. If you need right angle, straight blade, or even twist lock plugs, we can help. Quotes are free and fast so call, fax, or e-mail your specifications today!
One of the products Custom Manufacturing sells is American Made Solid Waste Equipment. A more complete list of their products is provided by Made in America Secrets, to review their list click here.