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The importance of an impeccable surface finish cannot be understated. Shaping and finishing is not only a critical stage in the machining process, but a challenging one, given tight timelines, quality standards and complex part architectures.

Scrapping parts during the finishing stage can prove costly, making it critical to find the right combination of tools and technology to suit your application, production capacity and budget. Extrude Hone is a leader in refinement technologies, offering a diverse array of machining solutions that can reach, shape, and perfect even the most complex of surfaces.

Active across industry sectors including aerospace, automotive, energy, medical, heavy industry, precision finishing of machined parts and more, Extrude Hone offers edge blending, shaping and fine-flow tuning surfacing solutions through its engineered processes and state-of-the-art finishing technologies, delivering ultimate added value, and improving productivity and quality.

Extrude Hone’s menu of state-of-the-art technologies is second to none. Choose from among Thermal Deburring (TEM), Electrochemical Machining (ECM), Abrasive Flow Machining (AFM), Microflow and Coolpulse technology to improve your end product…and bottom line.

Thermal Deburring (TEM) utilizes the combustion of methane gas within a pressurized chamber to remove burrs, flashings or hidden contaminants from machined components through an oxidation reaction. TEM is ideal for deburring (removal of material attached to a component as a result of boring, drilling or cutting operations), deflashing (removal of zinc, zamac or aluminum die cast mold flashings) and decontamination (removal of machining particles trapped in hidden areas). The T250, T350 and T450 series machines offer quick, complete and simultaneous removal of internal and external burrs on any machined part.

Electrochemical Machining technology (ECM) is a revolutionary deburring method that finishes the workpiece surfaces by means of anodic metal dissolution, delivering a high level of precision on components that are difficult to manufacture by conventional methods. ECM ideal for contouring/shaping, radiusing, deburring and microstructuring. Extrude Hone’s line of Ecline and Classic ECM machines offers design accuracy, quality and repeatability, improved production and cost savings across the board.

The very inventor of Abrasive Flow Machining (AFM), Extrude Hone leads the industry in polishing and deburring solutions, especially for complex internal shapes and targeted surface challenges. The Extrude Hone AFM process utilizes an abrasive media for polishing and deburring components. The media is applied at high pressure to change the surface characteristics of the machined component. Highly efficient and accurate, AFM is ideal for radiusing, surface stress relief, polishing, geometry optimization and deburring. Individually configurable in designs that can be built to meet any production requirements, Extrude Hone AFM machines can be tailor-made to suit your shop.

Extrude Hone’s Microflow technology is an abrasive flow process designed to deliver precise, consistent results for complex applications under tight tolerances. This innovative technology allows you to finetune flow characteristics through orifices within machined parts, resulting in improved process efficiency, flow consistency, enhanced performance, extended machine life and lower emissions. The Microflow Test’s robust, compact design is scalable to your production requirements and delivers a combination of high precision, reliability, accuracy and ease of use.

Finally, Coolpulse technology by Extrude Hone is an enhanced finishing solution for metal 3D printed parts. Also referred to as Additive Layer Manufacturing (ALM), Coolpulse is an ECM technology, however it uses a special pH neutral, environmentally friendly electrolyte, which provides a better and more steady distribution of the electrical field over the workpiece surface and offers a higher material removal rate than traditional ECM. Extrude Hone’s Coolpulse series offers reasonable cost tooling, incredible flexibility, short reaction times, high productivity and low material removal.

From Wire EDM, Sinker EDM, EDM Drill, abrasive waterjet, 2D lasers, 3D lasers and laser tube cutting, laser welding, press brakes, shaping and finishing and more, Spark & Co. offers a vast portfolio of high-performance machines for modern industrial applications.

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Category
ECO +
COOLPULSE
ECLINE DUPLEX
MICROFLOW
ONE WAY FLOW
SPECTRUM
ECOFLOW

Comparaison des machines de soudage laser

LightWELD 1500XR
Extended Range
Welding & Cleaning
LightWELD 1500XC
Welding & Cleaning
LightWELD 1500
Welding
LightWELD 2000XR
Welding
Welding Capability: SteelsStaineless Steel, Mild Steel, Galvanized Steel
6.35 mm (0.250'')
Staineless Steel, Mild Steel, Galvanized Steel
4 mm (0.160'')
Staineless Steel, Mild Steel, Galvanized Steel
4 mm (0.160'')
Stainless, Galvanized & Mild Steel: up to 8 mm (0.315” )
Welding Capability: AluminiumAluminium (3XXX, 5XXX, 6XXXseries)
6.35 mm (0.250'')
Aluminium (3XXX, 5XXX series)
4 mm (0.160'')
Aluminium (3XXX, 5XXX series)
4 mm (0.160'')
Aluminum 3 & 5 Series: up to 8 mm (0.315”)
Aluminum 6 Series: up to 5 mm (0.200”)
Welding Capability: Titanium and Nickel AlloysTitanium and Nickel Alloys
6.35 mm (0.250'')
--Titanium & Nickel Alloys: up to 7 mm (0.275” )
Welding Capability-CooperCopper 2 mm (0.080'')--Copper: up to 3 mm (0.120”)
Wooble WeldingUp to 5 mm widthUp to 5 mm widthUp to 5 mm widthUp to 5 mm width
Cleaning CapabilityPre- & Post-weld up to 15 mmPre- & Post-weld up to 15 mm-Pre- & Post-weld up to 15 mm width
High Frequency Peak Power for Cleaning2500 W2500 W-3000 W
Wire Welding CapabilityYesYesYesYes

COMPARISON OF WATERJET CUTTING MACHINES

OPTIMAXOMAXMAXIEMGLOBALMAXPROTOMAX
Product DescriptionThe complete waterjet machine utilizing the best OMAX has to offer.The workhorse of waterjets, the OMAX line offers precision, performance, and power. Maximum capability with the widest accessory compatibility.Configured for your business with broad accessory compatibility.Value abrasive waterjet with essential accessory compatibility.
3-AxisProgrammable ZProgrammable ZProgrammable ZProgrammable ZManual Z
5-AxisVersaJET, TiltaJETA-Jet, TiltaJETA-Jet
6-AxisComing SoonRotary Axis with A-Jet/TiltaJET
Cutting NozzleMAXJet 5iMAXJet 5iMAXJet 5iGlobalMAX NozzleProtoMAX Nozzle
Cutting Bed Sizes10'0" x 5'2" to 13'4 x 6'8"
3.04 m x 1.57 m to 4.06 m x 2.03 m
2'5" x 2'2" to 46'8" x 13'4"
0.73 m x 0.66 m to 14.2 m x 4.0 m
5’2” x 5’2” to 20'6" x 10'2"
0.79 m x 0.77 m to 6.2 m x 3.1 m
2'7" x 5'0" to 13'3" x 6'8"
0.80 m x 1.5 m to 4.0 m x 2.0 m
12" x 12"
0.3 m x 0.3 m
Cutting Bed Weight
Capacity
400 lbs/sq ft
1950 kg/m2
400 lbs/sq ft
1950 kg/m2
300 lbs/sq ft
1465 kg/m2
100 lbs/sq ft
488 kg/m2
50 lbs/ sq ft
244 kg/m2
Ballbar Circularity±0.003"
±0.076 mm
±0.0025" to ±0.005"
±0.064 mm
±0.005"
±0.127 mm
±0.007"
±0.178 mm
±0.016"
±0.406 mm

Comparison of laser welding machines

LightWELD 1500XR
Extended Range
Welding & Cleaning
LightWELD 1500XC
Welding & Cleaning
LightWELD 1500
Welding
LightWELD 2000XR
Welding
Welding Capability: SteelsStaineless Steel, Mild Steel, Galvanized Steel
6.35 mm (0.250'')
Staineless Steel, Mild Steel, Galvanized Steel
4 mm (0.160'')
Staineless Steel, Mild Steel, Galvanized Steel
4 mm (0.160'')
Stainless, Galvanized & Mild Steel: up to 8 mm (0.315” )
Welding Capability: AluminiumAluminium (3XXX, 5XXX, 6XXXseries)
6.35 mm (0.250'')
Aluminium (3XXX, 5XXX series)
4 mm (0.160'')
Aluminium (3XXX, 5XXX series)
4 mm (0.160'')
Aluminum 3 & 5 Series: up to 8 mm (0.315”)
Aluminum 6 Series: up to 5 mm (0.200”)
Welding Capability: Titanium and Nickel AlloysTitanium and Nickel Alloys
6.35 mm (0.250'')
--Titanium & Nickel Alloys: up to 7 mm (0.275” )
Welding Capability-CooperCopper 2 mm (0.080'')--Copper: up to 3 mm (0.120”)
Wooble WeldingUp to 5 mm widthUp to 5 mm widthUp to 5 mm widthUp to 5 mm width
Cleaning CapabilityPre- & Post-weld up to 15 mmPre- & Post-weld up to 15 mm-Pre- & Post-weld up to 15 mm width
High Frequency Peak Power for Cleaning2500 W2500 W-3000 W
Wire Welding CapabilityYesYesYesYes