Reverse Engineering
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Product
Reverse Engineering Software Module
Verisurf Reverse
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Verisurf REVERSE is a complete reverse engineering solution offering innovative tools to create CAD models from points, clouds, and meshes.REVERSE optimizes the performance of probing and scanning technologies such as portable arms, laser trackers, structured light, laser scanners, and many others.
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Product
3D Scanning Reverse Engineering Services
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Reverse engineering is oftentimes a catch-all term used for many design and engineering applications. But trust us, there is so much more to this category for the uses of our 3D scanners, portable CMMs and laser trackers. Also, reverse engineering tends to imply that the 3D scanning will be used solely for product design, when in fact it can be used to address many other engineering functions such as:
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Product
Reverse Engineering 3D Scanner
peel 3.CAD
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peel 3.CAD is your go-to fully integrated 3D scanning solution for all your reverse engineering needs. Extract all the information you need and send them right to your preferred CAD software.
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Product
Reverse Engineering/Circuit Tracing System
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Qmax Test Technologies Pvt. Ltd.
Your product description goes here.
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Product
Reverse Engineering Services
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The term “reverse engineering” can be a little confusing. It is sometimes used for things like software and electronic circuits. When 3D scanning companies use the term, they are referring to the process of re-creating design drawings by taking measurements and/or scans of the part itself. It is a 2-step process: 1) capture a 3D scan of the object, and 2) Create a 3D CAD model of the object
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Product
Open/Short Tester for Reverse Engineering Applications
Panther 2K-CT
Tester
Qmax Test Technologies Pvt. Ltd.
Panther 2K-CT is a versatile open\Short tester designed especially for reverse engineering application of tracing circuits of undocumented PCBA’s.Its innovative measurement technology helps tracing PCB tracks between components in a given circuit board. It can accommodate various types of clips\grabbers and connectors to access the device pins to trace the connectivity. Its user friendly software guides the user to place and move cluster of IC clips and probes to learn the connectivity and to generate netlist.
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Product
Test Program Sets (TPS)
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Data Review, Corrections, & Generation (Reverse Engineering). Technical Requirement Documentation (TRD). Test Strategy Reports (TSR). Test Program Development – Software. TPS Sell-Off & Acceptance. Life-Cycle Support. Technical Interface Test Adaptors (ITA) – Hardware. Training - TPS Development, ATE/TPS Operator, Fault Diagnostic, ATE Maintenance.
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Product
Reverse Engineering Services
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Whether for global manufacturers or small custom shops, API’s measurement expertise, combined with advanced metrology equipment, can execute convenient and fast reverse engineering projects. Our Laser scanning services can create data from an existing part or compare captured data to a CAD model. Reverse engineering services include scan as-built parts to creation of a 3D digital point cloud and CAD Model.
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Product
Reversible Counter
RV-3150
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The RV-3150 reversible counter is newly released and so helpful to measure linear displacement, angular displacement and angle dimensions in the combination with Ono RP-series rotary encoder, roller encoder, and the like, which produce two-phase 90°phase difference output signals.
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Product
Engine Dynamometer
DS46-HS
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Power: 2,125 hp (1,584 kW)Torque: 7,125 lb-ft (9,660 Nm)Speed: 4,000 rpmWater Use*: 147 gpm (556.5 lpm)Inertia Value**: 172.4 lb·ft2 (7.3 kg·m2)Shipping Weight: 2,860 lb (1,297 kg)Rotation: bi-directional*No Cooling System** With Companion Flange or Torsional Coupling
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Product
Engine Instruments
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Instruments designed to constantly measure operating parameters relating to the aircraft's engine(s).
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Product
Engine Dynamometer
DX32
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Power: 500 hp (373 kW)Torque: 1,608 lb-ft (2,181 Nm)Speed: 4,000 rpmWater Use*: 37 gpm (140 lpm)Inertia Value**: 42.9 lb·ft2 (1.8 kg·m2)Shipping Weight: 1,451 lb (658 kg)Rotation: bi-directional
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Product
Engine Dynamometer
DE20
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Power: 27 hp (20 kW)Torque: 59 lb-ft (80 Nm)Speed: 12,000 rpmWater Use*: 4 gpm (15.1 lpm)Inertia Value: 0.30 lb·ft2 (0.0125 kg·m2)Shipping Weight: 904 lb (410 kg)Rotation: bi-directional*No Cooling System
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Product
Engine Dynamometer
DH21
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Power: 270 hp (205 kW)Torque: 425 lb-ft (576 Nm)Speed: 5,500 rpmWater Use*: 20 gpm (75.7 lpm)Inertia Value: 3.4 lb·ft2 (0.143 kg·m2)Shipping Weight: 325 lb (147 kg)*No Cooling System
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Product
Engine Dynamometer
DE400
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Power: 536 hp (400 kW)Torque: 1,475 lb-ft (2,000 Nm)Speed: 8,000 rpmWater Use*: 74 gpm (280.1 lpm)Inertia Value: 26 lb·ft2 (1.107 kg·m2)Shipping Weight: 4,012 lb (1,820 kg)Rotation: bi-directional*No Cooling System
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Product
Engine Weigher
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Accurately measure the weight of your engine with the CS750™ engine weigher.
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Product
Engine Test
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The engine test bench is a facility used by engine manufacturing plants to validate internal combustion engines before fitting to the vehicle. OEMs perform ‘Hot’ or ‘Cold’ testing operations in order to measure several physical variables and to diagnose any failure of parts or components. Jackmark Engineering provides bespoke rugged electrical test connection leads suitable for the industrial environment of petrol or diesel engine testing.
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Product
Engine Dynamometer
TD-3100
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Power: 1,250 hp (932 kW)Torque: 3,600 ft-lb (4,881 Nm)Speed: 4,000 rpmWater Use: 100 gpm @ 60 psi (6.3 lps @ 420 kpa) (No cooling system)Minimum Controllable Power: 11 hp (5 kW)Minimum Controllable Torque: 32 ft-lb (24 Nm)Inertia Value: 570 lb/in2Weight: 360 lb (163 kg)
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Product
Engines
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Honeywell Aerospace Technologies
Since 1953, Honeywell engines have been at the forefront of aircraft propulsion. Today, we continue to shape technological progress in the realms of local, international, agricultural and military aviation.
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Product
Engine Dynamometer
DX35-HS
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Power: 1,250 hp (932 kW)Torque: 4,021 lb-ft (5,452 Nm)Speed: 6,000 rpmWater Use*: 91 gpm (344.5 lpm)Inertia Value**: 101.6 lb·ft2 (4.3 kg·m2)Shipping Weight: 2,043 lb (927 kg)Rotation: bi-directional
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Product
Engine Dynamometer
H3610M
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Power: 10,000 hp (7,457 kW)Torque: 50,000 lb-ft (67,820 Nm)Speed: 2,500 rpmInertia Value**: 1,963 lb-ft2 (82.72 kg-m2)Shipping Weight: 15,750 lb (7,144 kg)
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Product
AC Engine Dynamometer
DA670
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Power: 670 hp (500 kW)Torque: 2,010 lb-ft (2,725.2 Nm)Maximum Speed: 4,500 rpmConstant Torque Range: 0 - 1,800 rpmConstant Power Range: 1,800 - 3,000 rpmDecreasing Power Range: 3,000 - 4,500 rpmRotation: bi-directional
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Product
Engineering Tools
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ADLINK presents a wide array of useful engineering tools to assist professionals in different product developments.
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Product
Engine Dynamometer
DE30
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Power: 40 hp (30 kW)Torque: 70 lb-ft (95 Nm)Speed: 14,000 rpmWater Use*: 10 gpm (37.9 lpm)Inertia Value: 0.40 lb·ft2 (0.0168 kg·m2)Shipping Weight: 1,213 lb (550 kg)Rotation: bi-directional*No Cooling System
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Product
Engine Dynamometer
DX36
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Power: 1,500 hp (1,119 kW)Torque: 4,825 lb-ft (6,542 Nm)Speed: 4,000 rpmWater Use*: 109 gpm (412.6 lpm)Inertia Value**: 121.6 lb·ft2 (5.1 kg·m2)Shipping Weight: 2,240 lb (1,016 kg)Rotation: bi-directional
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Product
Engine Dynamometer
M2
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Power: 50 hp (37 kW)Torque: 68 lb-ft (92 Nm)Speed: 6,000 rpmWater Use*: 10 gpm (37.9 lpm)Shipping Weight: 150 lb (68 kg)*No Cooling System
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Product
Engine Dynamometer
H3604
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Power: 3,200 hp (2,386 kW)Torque: 18,674 lb-ft (25,329 Nm)Speed: 2,500 rpmInertia Value**: 799 lb-ft2 (33.67 kg-m2)Shipping Weight: 10,500 lb (4,763 kg)
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Product
Engine Dynamometer
DH23
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Power: 805 hp (615 kW)Torque: 1,275 lb-ft (1,729 Nm)Speed: 4,500 rpmWater Use*: 60 gpm (227.1 lpm)Inertia Value: 11.4 lb·ft2 (0.48 kg·m2)Shipping Weight: 475 lb (215 kg)*No Cooling System
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Product
Engineer Innovation
Simcenter
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Siemens Digital Industries Software
Engineering departments today must develop smart products that integrate mechanical functions with electronics and controls, utilize new materials and manufacturing methods and deliver new designs within ever shorter design cycles. This requires current engineering practices for product performance verification to evolve into a Digital Twin approach, which enables to follow a more predictive process for systems driven product development.
