MULTI-TORCH FLAME CONVENTIONAL PLASMA HY-DEFINITION PLASMA WATER JET LASER. Best In Texas SERVING TEXAS SINCE 1985

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1 MULTI-TORCH FLAME CONVENTIONAL PLASMA HY-DEFINITION PLASMA WATER JET LASER Best In Texas SERVING TEXAS SINCE

2 who we are Since 1985, has been dedicated to providing our customers with the highest quality parts at a competitive price...on time, every time. Serving our customers needs is top priority at Source Metals. Our sales, CAD design, machine operators, and shipping personnel, service each order knowing that customer satisfaction has made us a success in the industry. The combination of equipment and reliable personnel have fueled our ever-expanding customer base. Since our inception we have made it our goal to provide the most up-to-date Multi-Torch Flamecutting, Conventional and Hy-Definition Plasma cutting, Water Jetting and Laser cutting services in the industry. We have continually invested in new, state-of-the-art equipment to offer our customers unsurpassed quality components. Our 88,000 square foot facility allows us to stock over 3 million pounds of Carbon, Alloy, Stainless and Aluminum sheet and plate in our enclosed warehouse. We can supply you with the cut parts you need, when you need it... every order... every day. multi-torch flame Flamecutting s simple operation is the leading reason it continues to serve as a mainstay of the plate processing industry. Simple operation equals lower production costs which, in turn, means lower pricing for our customers. Cost effectiveness attributes to the use of flamecutting in welding, fabricating and machining industries for making steel parts for everything from bridges to industrial equipment. ainexpensive method of steel cutting asuperior dimensional tolerances afaster production times than sawing or total machining asteel plate burning up to 18 thick asimple/complex shapes from carbon and alloy plate aoperators fully equipped with the tools/training for close tolerance burnouts Standard tolerance of ± 1/16 to ± 1/2 (1) cnc pattern torch burning system (8) oxy/acetylene torch heads 14 x 22 cutting area Burny 3 cnc control (1) cnc pattern torch burning system (8) oxy/acetylene torch heads 9 x 41 cutting area Burny 3 cnc control (1) cnc pattern torch burning system (8) oxy/acetylene torch heads 10 x 44 cutting area Burny 3 cnc control (1) cnc pattern torch bridge system (6) oxy/acetylene torch heads 10 x 24 cutting area Burny 3 cnc control

3 Long seen as an alternative to the oxy-fuel torch cutting process, plasma cutting was developed to provide a fast and economical process capable of producing a variety of metal shapes. Conventional plasma cutting is achieved by forcing gas(es) to pass through a narrow opening to attain cutting speeds intense enough to puncture molten metal, a process demanded for processing stainless and aluminum plate. (1) cnc plasma pattern cutting system q (2) dual cutting heads q 10 x 22 cutting area q Burny 3 cnc control conventional plasma ano required preheat cycle with minimal heat-affected zones afaster turnaround times for ready-to-assemble parts aidentical parts replication with great accuracy apossible to explore new, more intricate shapes at lower labor costs aconventional plasma cutting from 3/16 to 3 thick aability to cut both straight edges and gentle curves aparts produced in both stainless and aluminum astandard tolerance of ± 1/16 to ± 1/2 Upgrades in conventional plasma technology have enabled the development of hy-definition plasma systems that produce dramatic cutting improvements over previous systems on materials 1 and under. Super-constricting the plasma jet produces an energy density two to three times greater than that of conventional plasma resulting in superior edge quality and squareness and the ability to hold much tighter hy-definition plasma aclose tolerance/accurate cutting/high speed cutting anear typical laser tolerances at a fraction of the cost of laser cut parts on OD/blanked parts (1) cnc hy-def plasma cutting system 200 amp HyperTherm system 152 x 276 cutting area Burny 5 cnc control ahy-definition plasma cutting from 20 gauge to 1 1 / 2 thick plate aparts produced from carbon, alloy, stainless & aluminum astandard tolerance of ±.030 (1) cnc hy-def plasma cutting system 200 amp HyperTherm system 84 x 170 cutting area Burny 5 cnc control

4 water jet Water jet cutting provides tremendous flexibility and versatility in manufacturing. The process itself begins with the pressurization of water levels exceeding 55,000 psi to produce the requied energy for cutting. The pump pressurizes the water and continually forces the water through a small opening in the cutting head to form a tremendously powerful, concentrated stream capable of cutting a wide range of materials 1/16 to cover 8 thick. This pressurized stream can cut virtually any shape in a solitary step with edge quality that routinely requires no secondary finishing. ano heat-affected zones mechanical stresses due to cool cutting aexceptional edge quality requiring little to no secondary finishing araw materials maintain their structural integrity aeco-friendly, no hazardous gases or vapors common in other processes acnc-controlled robotic motion eliminates costly, time consuming tool changes to accomodate a variety of shapecutting acuts a wide range of materials 20 Gauge to 8 thick asimple/complex shapes from carbon and alloy plate acuts: carbon, alloy, stainless & aluminum, bronze, brass copper asuitable for cutting heat sensitive materialsl Plastics, Rubber, Glass, Composites astandard tolerance of ±.005 to ±.010 (1) cnc water jet cutting system 96 x 144 cutting area 50 hp blast pump CNC Windows-based controller

5 Today s laser cutting is a fast, flexible, and cost-effective means of processing metal sheet and plate. The process is as simple as it sounds - high amounts of energy concentrated into a small, precise cutting beam. Unlike conventional machine tools that cut metal with instruments made of metal or other materials, lasers do not suffer from tool wear so rough materials can be cut without costly tool changes. laser alow distortion, dimensional accuracy alittle to no burring, resulting in a fairly clean kerf or cut edge often eliminating secondary processing acomputer-aided nesting of components produces more jobs out of each material sheet arapid, inexpensive prototyping due to no hard tooling acuts up to 3/4" thickness in carbon & alloy acuts up to 1/2 thickness in stainless & 3/8 aluminum acuts up to 1/2 thickness in armor plate astandard cutting tolerance of ±.005 (1) cnc laser machine system 60 x 120 cutting area 4000 watt laser (1) cnc laser machine system 85 x 168 cutting area 4000 watt laser Twin Liftmaster load/unload systems Dual towers # each Unmanned delivery of material to workstation

6 plate/sheet stock list Grade Decimal CR HRPO A (T-1) A588 A656 G80 20 Ga Ga Ga Ga Ga Ga Ga Ga / / / / / /2.5 5/ /4.75 7/ / / / / / / / / / / / / / / / /

7 Grade Decimal /1045 DOMEX 304/304L 316/316L Ga 18 Ga 16 Ga Ga Ga Ga Ga Ga / / / / / /2.5 5/ /4.75 7/ / / / / / / / / / / / / / / / r ADDITIONAL GRADES AVAILABLE CARBON 307 GR GR GR C AR 400 AR 500 AP12H EH/DH 36 ABS GR DH ASTM A569/A /1011 ASTM A366 Galvanized Dip ASTM A526/527 ALLOY STAINLESS 317L DUPLEX ALUMINUM Laser Quality Material

8 amulti-torch FLAME aconventional PLASMA ahy-definition PLASMA awater JET alaser aover 3 Million Pounds of Inventory All from the Southwest s Most Complete Sheet and Plate Processor, All from just one Source. SERVING TEXAS SINCE Headquarters: 6951 West Little York - Houston, Texas P: (713) (800) F: (713)