How to remove window glass on a 68-72 pickup:
In this article, I'll show you step by step how to remove and replace the interior door panel, window glass, vent window, and window regulator from your 68-72 F-series pickup.Most other pre-97 pickups are similar, but this article concentrates on the 68-72 door style.
Tools Needed:
Phillips screwdriver
Flat-blade screwdriver
3/8 deep socket
3-6 locking extension
Ratchet
open-ended wrench

The first step is to lower the window fully, then remove the window crank and armrest. The window crank is a single Phillips-head screw, while the armrest is held on with three 3/8 headed lag screws. I recommend using a deep socket on a locking extension, since the bolts are quite deep into the foam of the armrest, in holes as shown:



After the armrest is gone, you need to remove the handle and panel. If you have Ranger-style trim, you need to remove that first by prying it off with the flat-bladed screwdriver. If you have the plain steel panels, the screws are already exposed around the edge. The door release handle is held on with two nuts.Remove these and the handle:


Then remove the screws and the panel:


Next remove the Phillips-headed screw and single 3/8 nut circled in red above.There is also a screw on the leading edge of the door above the vent window that needs to be removed. Once these screws are removed, pull the top of the vent window towards the rear of the door, and lift out, along with the forward guide.You will need to maneuver the lower mounting around the weatherstripping by rotating the front of the vent window outwards.

You can now also remove the window glass by sliding forward to disengage from the lift arm, and rotate the front of the glass upwards to fit the lower edge through the opening left by the vent window.

Remove the four 3/8 bolts highlighted in blue above to remove the window regulator mechanism.

Installation is the reverse of removal, just be careful not to drop the window on installation, and be sure the window glass is fully seated in the rear guide before installing the forward guide and vent window.

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The first moving machines that could be considered Tractorswere steam driven machines developed in the 1870's. It was from these steam driven machines that the farm tractors of today developed.

Two men who independently worked on steam driven machines were Benjamin Hold and Daniel Best around the 1890's. They were both successful. In 1904 Daniel Holt was successful at his first steam driven track type tractor, which was further developed into a gas driven track type tractor in 1906. Daniel Best and Benjamin Holt combined talents and Caterpillar Tractor Co. was launched in 1925. This merger was successful and Caterpillar Tractor Co. was supplying diesel powered tractors in 1931, from its assembly line in Illinois, USA.

Today, Caterpillar or Cat as it is known is today the world largest supplier of construction, mining equipment, diesel engines, gas engines, and gas turbines. Both Caterpillar and Cat are registered trademarks of the said company.

Caterpillar has expanded its services, and today its services includes Caterpillar Logistics Services, which ensured timely delivery of quality Caterpillar® parts to most parts of the globe. Cat Financial caters for financing of equipment purchases for eligible companies and individuals. Cat Reman (abbreviation for re manufactured) restores salvage machines to OEM specifications, or salvaged parts to OEM specifications for resale purposes. Cat Reman is backed by the Caterpillar original equipment warranty of two(2) years unlimited use warranty on new or Cat reman parts. For companies or individuals which/who prefers to rent equipment rather than buy, Caterpillar's "The Rental Store" is available. Machines can be rented on a contract basis. Sometimes this rental agreement includes that Cat provides an operator. In most cases, the maintenance of the machines is not the responsibility of the renter. This agreement allows the renter/company to focus on production or construction, while machine maintenance is Caterpillar's responsibility.

Recent acquisitions and mergers has established Caterpillar as one of the world's largest leaders in construction machines, marine engines, generating sets and gas turbines.

F.G Wilson was acquired in 1999. Emerson Electric, the owner of the F.G Wilson Generating Sets Company was joined with Caterpillar, thus expanding the line of products offered.

Mak Marine, the world largest manufacturer of large diesel marine engines in Germany, was acquired and is now named Caterpillar Motoren GmbH & Co. KG, with its headquarters in Hamburg, Germany.

The British renown engine company named after its owner Frank Perkins (born in Peterborough, England in 1889), Perkins engines are reliably used for many applications, including ag equipment from Massey Ferguson, industrial applications, power units, in generator sets, marine applications, and in the popular Caterpillar backhoe 416 series. These are fondly referred to as "Perkipillar" engines by some machine shops and engineers. Perkins is now owned by Caterpillar.

Even though many may see this company as an engine and machine company, Progress Rail®, now a subsidiary of Caterpillar company, is a major supplier of rail products and services within the USA, Canada and Mexico.

And finally, Solar Turbines, the manufacturer of industrial gas turbines for power generation, compression and pumping systems, was acquired in 1981, making it a wholly owned subsidiary.

Marlon Khan is the CEO and President of Ontario Parts Hotline Inc, a corporation registered in the Florida, New Jersey, and California in the USA and Ontario in Canada. All branches specialises in aftermarket Caterpillar Parts

Article Source: http://EzineArticles.com/?expert=Marlon_Khan

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MIG is an abbreviation for the term “metal inert gas.” First developed during the Second World War, MIG welding gave manufacturers a much more efficient way to weld huge numbers of aluminum parts for weapons and equipment. The introduction of MIG welding technology early in the war had an immediate and important impact on the war effort for the United States and the Allies.

In the case of the System10 MIG welding cell, an automated robotic welding arm moves a “gun” fixed on a contact tip into place to make welds. At the end of the contact tip a solid-steel wire is fed through a liner.

When MIG welding commences, electricity charges the contact tip on the gun, liquefies the wire, and creates a weld puddle. At the same time inert gas flows out of the tip of the gun, sealing off the weld puddle from the atmosphere, allowing for a weld to join two metal pieces together.

While MIG welding has been around for years, companies today still use the most advanced MIG welding technologies to manufacture production runs of high-quality welded industrial parts. The latest robotic MIG welding technology on the market has many advantages for companies in search of low cost, precision welding.


Some advantages of the Lincoln Electric System10 at Ohio Laser include:

Fanuc ARC Mate 100 iB/6s robot with a 37″ reach to accommodate precision welding in tight spaces

Dual fixed welding work station with automatic interlocked access doors permit you to simultaneously load and unload parts while welding

A metal surround flash barrier and bi-fold doors with interlocks

100% duty cycle, 450 amp STT welding technology power supply

Less distortion, smoke and splatter

Specialized engineering, tooling and programming capabilities to enable cost effective welding

Robotic arc welding is the latest value added fabrication service offered by Ohio Laser. Already a full service industrial fabricator, Ohio Laser is competent with PPAP Level I to Level IV, laser cuts flat sheets, tubes and pipes, engineers parts using 2D, 3D CAD/CAM software, provides high accuracy bending, and offers welding processes GMAW, FCAW, and GTAW.

In addition the company does heat treating and finishing, water jet cutting, sanding and grinding services, assembly and packaging, and machining of various alloys.

Ohio Laser serves clients both large and small in virtually all major manufacturing industries in North America including automotive, furniture, point of display, food equipment, and heavy industrial equipment producers.

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