At EVS Metal, we take pride in offering custom design for manufacturability and engineering services for metal fabrication to our valued clients. Once provided with specific part requirements, we develop an assembly concept, then generate a full set of blueprints and assembly drawings. Our knowledgeable and courteous engineering staff, who has developed hundreds of enclosure designs that address even the most complicated specifications, is available to assist with every aspect of the design process. For existing design work, our engineers leverage their experience in design for manufacturing to assist with identifying changes that can reduce cost as well as alleviate issues caused by tolerance stack-up in assemblies.
All CNC machinery on the shop floor is connected directly to our network, allowing for safe, controlled storage and immediate access to all CNC programs. In addition, we use the Mastercam© CAM system to generate programs for our machining centers. At EVS Metal, everything we do is aimed at 100% client satisfaction.
The EVS Metal Design Center can assist with mechanical design challenges in these product categories:
EVS uses the unrivaled SolidWorks© CAD software to perfectly model and unfold newly-designed parts for future fabrication. Solid modeling allows EVS to transfer designs to metal quickly and accurately, as well as identify potential manufacturing problems at the design stage. This means any errors are corrected before parts are fabricated, saving time and money. EVS also maintains seats of Pro-Engineer and can import most CAD models in formats such as IGES or STEP.
EVS utilizes the Amada’s AP100US and Dr.Abe_Blank CAM systems to program our lasers and turret presses swiftly and precisely. Amada’s Dr.Abe_Bend and Dr.Abe_Astro are used for programming our manual and robotic press brakes.
Our corporate quality control system is registered to the ISO 9001:2015 standard. EVS Metal has cultivated a culture that is dedicated to continuous improvement, which enables our company to consistently design, fabricate and finish metal parts of the highest quality. Our computerized quality records provide traceability and accountability. Utilizing Amada’s FabriVision to scan and accurately inspect flat parts along with other advanced technologies has enabled EVS to become a dock-to-stock vendor for many of our clients, which is a testament to the quality and integrity of our products.
EVS Metal works with customers throughout the United States and worldwide in Canada, China, Thailand, Europe and Mexico to deliver quality, cost-effective logistics solutions. Our expertise in handling shipments locally and globally ensures product is delivered on time and undamaged.
EVS maintains a fleet of vehicles including a 56′ tractor-trailer, 24′ box trucks and cargo vans to handle delivery of product within a 300-mile radius of our facilities. Delivery by our vehicles and employees allows parts to arrive when our clients need them, and with a minimum of packaging waste. Bus runs are also available to satisfy daily requirements.
EVS Metal maintains excellent relationships with a number of regional and national carriers in order to provide economical shipping options outside of the reach of our trucks. Solutions include both next-day delivery and scheduled delivery of warehoused items.
EVS has many years of experience in shipping product overseas. Our relationships with carriers and experience with damage-resistant packagings ensure our customers’ international shipments arrive safely and on-time.
With contract orders, EVS Metal can manage client inventory by controlling production to meet the required volume, even when there is fluctuating demand. This can be done through kanban programs or electronic requirement sharing. EVS can download customers’ MRP requirements and adjust both production and the supply chain to minimize inventory exposure. EVS is also proficient at managing consigned inventory on the customer’s premises or in third-party warehouses.
EVS can easily handle the final packaging and shipment to clients’ end customers via electronic communication and with minimal client involvement. By sharing projections we manage the supply of parts and work to replenish an agreed upon inventory level.
As an end-to-end American sheet metal fabrication, finishing and integration leader, EVS Metal is proud to operate two International Traffic in Arms Regulations (ITAR)-registered manufacturing facilities: Keene, New Hampshire and Pflugerville, Texas, just outside of Austin.
ITAR registration is approved by the U.S. State Department’s Directorate of Defense Trade Controls (DDTC). The U.S. Government requires all of its contracted manufacturers, exporters and brokers of defense articles, services or technical data to be ITAR compliant. Registration allows EVS to submit bids and subsequently operate as a manufacturer of defense articles for the United States Government and its authorized subcontractors.
“As an American company, and experts in our field, we are honored to be able to assist our government in meeting its defense manufacturing needs,” stated Joe Amico, Vice President and co-founder of EVS Metal. “Knowing that with our work we are contributing to something much bigger than ourselves is incredibly rewarding.”
Enacted in 1976 during the Cold War, ITAR is primarily a means to provide the U.S. Government with necessary information on which companies are involved with certain manufacturing and exporting activities. ITAR regulations cover many different aspects of manufacturing, but the most important edict that must be followed is ensuring that all information and material related to U.S. defense and military-related technologies is only shared with U.S. Persons unless otherwise authorized by the Department of State.
The following information describes EVS Metal’s manufacturing standards:
In the event that details regarding tolerancing are not provided (for example: when we receive only a solid model or a physical sample, an undimensioned or underdimensioned print) these tolerances will be applied. EVS Metal may also specify that a quotation is based on these standards at the time of quote when tolerance on a print cannot be met with standard manufacturing methods. While this does not indicate the tightest manufacturing standards & tolerances that EVS can hold, it represents referenced industry standards achievable with our normal manufacturing processes. While the addition of secondary processes such as reaming, machining, hard tooling, etc. may improve the tolerances which can be held, they will impact cost. Any critical tolerances must be indicated as such by the customer upon placement of an order and will be evaluated by our Engineering Department for manufacturability.
Unless we at EVS receive specific instructions to the contrary, all dimensions/tolerances are to be applied before finish.
Solid Model format by order of preference: Solidworks (.SLDPRT, .SLDASM), Pro-E (.PRT, .ASM), Parasolid, STEP, IGES
|Edge to Bend across 1 or 2 bends||+/- .010|
|Edge to Bend across 3 bends||+/- .015|
|Edge to Egde across
|Edge to Edge across 1 or 2 bends||+/- .010|
|Edge to Edge across 3 bends||+/- .015|
|Bend to Bend across 1 or 2 bends||+/- .010|
|Bend to Bend across 3 bends||+/- .015|
|Feature to Feature across 4 bends||+/- .020|
|Feature to Feature across more than 4 bends||+/- .020
+.005 each additional bend
|Edge to Hole across no bends||+/- .005|
|Hole to Bend formed off the same plane||+/- .010|
|Hole to Hole on same plane across 4 bends||+/- .020|
|Part to Part in welded sheet metal assembly||(see note)|
|Note: due to the inherent differences in welded assemblies, EVS will review customer requirements
and establish acceptable standards prior to starting production.
|Hardware Hole Diameter||+.003 / -.000|
|Hole Diameter||+/- .005|
|Countersink Major Diameter||+/- .005|
|Countersink Minor Diameter||+/- .010|
|Angular||+/- 1 degree|
|Standard For Turret Formed
Countersinks to avoid distortion caused by material displacement
|EVS DEFAULT PLATING SPECIFICATIONS|
|Process||Material or other pertinent factors||Specification nomenclature|
|Clear Zinc||N/A||ASTM B633-98, Class FE/ZN 8, Type III|
|Yellow Zinc||N/A||ASTM B633-98, Class FE/ZN 8, Type II, Yellow Chromate|
|Black Zinc||N/A||ASTM B633-98, Class FE/ZN 8, Type II, Black Chromate|
|Clear Iridite||N/A||MIL-C-5541E, Class 1A, Clear|
|Yellow Iridite||N/A||MIL-C-5541E, Class 1A|
|Electrodeposited Nickel||COPPER||QQ-N-290A, Class 1, Grade D|
|Electrodeposited Nickel||STEEL||QQ-N-290A, Class 1, Grade C|
|Electroless Nickel||ALUMINUM||MIL-C-26074E, Class 1, Grade A|
|Electroless Nickel||COPPER||MIL-C-26074E, Class 1, Grade B|
|Electroless Nickel||STEEL||MIL-C-26074E, Class 1, Grade C|
|Anodize – Clear||N/A||MIL-A-8625F, Type 2, Class 1|
|Anodize – Black||N/A||MIL-A-8625F, Type II, Class 2, Black|
|Anodize – Gold||N/A||MIL-A-8625F, Type II, Class 2, Gold|
|Anodize – Grey||N/A||MIL-A-8625F, Type II, Class 2, Grey|
|Tin Plate||BRIGHT DIP must be specified if required||ASTM-B545-97, Class A|
EVS Metal’s NJ facility is authorized to design and build UL-Certified Type 1 508A Enclosures. View the industrial standards here.
This capability allows our clients to authorize EVS Metal to custom fabricate new enclosures that are UL certified. Rather than being forced to choose from pre-fabricated, off-the-shelf enclosures to ensure UL certification, they may instead collaborate with our engineering team to design the exact size and configuration required without being constrained by what is currently in stock from companies with certified product lines.