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$100,000 = for a total training costs for the 300 welders. Please note: If you cannot work out weld costs in your head, you are not in control of your welds or your weld costs. Meanwhile, over in the robot cell, that 1/4 fillet weld data is also set at 420 inch /min. [6] The labor cost per trailer. 1664 inch = one pound. Each gas cylinder requires approx 300 cuft of gas = 6 cylinders per sub assembly. Tensile strength x 1000 = ksi 60 minutes. Jag utgår från att du menar en kocentrisk skyddsledare typ ekkj eller fkkj. Contact Ed now Em Craig. Now ask yourself, when are you going to get serious about being in the welding business? First determine the average fillet or groove weld size. 3673 inch = one pound. 12 lb/hr (5.4 kg/hr). The improvements by all the welders was immediately noticed by the ship yard QA management who daily measured the dramatic improvements evident with NDT and radiographs and the allocated man hours required for weld rework . 1152 inch = one pound. ED'S WELD COST REDUCTION WITH CLADDING Gas cost $528. This process subject is part of the fundamental weld process expertise that should be common knowledge in all plants that MIG and flux cored weld. As the robot weld speeds will be approx 20% quicker with the robot you can expect a 20% reduction in the weld gas cost. TRAILER COSTS WITH WELDS MADE BY A ROBOT. [3] How many robot / man hours required? Short ton 2000 lb x 907 = kg A 3/4 (19mm fillet requires 1.09 lbs of weld wire per foot of weld. One thing easily measured at any weld shop which employs personnel that understand MIG - Flux Cored Weld Process Controls, is the Weld Shop Efficiency with the arc weld processes and weld wires most utilized. 0.052 (1.6 mm) MIG Wire. 다행스럽게도 단위 환산 프로그램이라는 것이 네이버에도 있고, 쉽게 다운받을 수 있는 계산기도 있지만,  직접 계산이 필요한 경우도 있다. WSI is primarily involved in repairs and refurbishment in the power, waste energy and nuclear industries. "There is one way to quickly attain MIG and Flux Cored, manual or robot, Best Weld Practices 4 - 5 million dollars per-ship. You now know on average a manual MIG weld uses 10 cuft.hr of gas x 138 hrs requires 1380 cuft add 15% as a cushion, 1587 cuft. To show the management what an important missing link was in their yard, I provided a fundamental written process control weld test for all those involved including supervisors and QA personnel. millimeter = A/mm2 60 minutes. Note that 3/32 TIG wire fed at 8 ipm is delivering about 1 lb/hr which is another reason to go to the TIP TIG section. 압력관련 기준서를 들여다 보면 어떤 것은 N/mm2으로 표기되고 어떤 것은 kgf , 또 다른 자료에서는 MPa 등등 각각 다른 단위를 사용하여 표기한 것을 종종 볼 수 있다. Using my simple weld clock parameter control method, the weld decision maker would be aware of where the welders PERSONNEL DAILY PLAY AROUND" WITH THEIR Divide by 512 ipm = one pound. That's 0.1 x 40 feet or 4.4 lbs of filler metal required per trailer. The welders will use 0.045 MIG wire. While WSI has produced some of the most innovative, automatic MIG cladding equipment available in North America, WSI did not have a resident MIG process control expert who had the expertise necessary to make the improvements to it's traditional water wall clad MIG welds. 7 to 5 o'clock, 10 turns each delivers approx. Even when the welder had good skills, this process control training will increase the welders weld quality and productivity capability. This and so much more in my manual and robot, MIG, Flux Cored, Advaned TIG and TIP TIG weld process controls and best weld practice self teaching and TRAINING: programs. 3 lb/hr or 0.125 lbs/per part. WITH AN 0.035 (1mm) STEEL OR STAINLESS WIRE, EACH WIRE FEED TURN WILL DELIVER 1.1 (1 lb) POUND PER TURN: SET THE WIRE FEED CONTROL AT THE 3 O'CLOCK POSITION, THATS EIGHT TURNS (8 x70 = 560 inch/min) AND THAT WIRE FEEDER IS DELIVERING 8 - 9 LBS/HR. The job requires 275 hrs x $2.40 = $660 for the gas. One wire feed turn is 70 ipm = approx 8 lb/hr. Welcome to the world's largest web site on MIG , Flux Cored and TIG. 3/16 - 1/4 - 5/16 (4 - 6 - 8 mm). cuft x 0.02832 = cubic meter. Labor, weld wire and gas therefore cost $25 Divide the $25 by 30 parts and you have approximately $0.83 per - part for a saving of 17 cents (17 %) per-part, all from MIG weld process (deposition) awareness, and simple single turn of the wire feed control knob. The robot has an arc on time of 30 minutes per/hr, so the robot is depositing 5 lbs/hour, or 40 lb of wire per-eight hour shift. The majority of welds produced daily in the industrial world are based on three simple fillet weld sizes. In contrast Ed's MIG clad patent produced welds 15 lb/hr with a smooth finish and 9 lb/hr (4.5kg/hr). These programs are available here. Then ask your self, "how many personnel involved with weld decisions in this weld shop are aware of the real costs of a yard or meter of that common fillet weld cost? Five hundred trailers were required by the Smith Corporation. [1] How much MIG weld wire is required per-trailer? ED CRAIG'S WELD CLOCK METHOD AND 0.045 (1.2 mm) WIRE: With the 0.045 wire, each wire feed turn delivers approx. [d] Lack awareness of the weld deposition rate potential for a specific weld and the parameters selected. 1inch x 25.4mm The 500 trailers will use approx 2200 pounds, divide by the 4 lb/hr, In the above environment there is always great opportunity for weld quality - productivity improvements with "substantial weld cost saving potential". Lets look at OTHER weld cost. For the welders who took the eight 8 hour training, program the simple clock method enabled those individuals to have the ability to instantly set optimum parameters for both the consumables and the weld joint variables which in the yard were many. You could ask three of the most experienced weld personnel in your organization, what weld deposition rate per/hr is achieved with the wire feeds set at 420 inch/min, and also would we be better off using an 0.052 (1.4 mm) wire set at 350 inch/min? The weld passes I developed were not only thinner they also supplied an improved transition with the weld pass tie-ins. 420 ipm = 12 lb/hr. If the manual MIG welders arc on time per-hour is 20 minutes, the welders will on avDEPOSerage deposit approx. As many in the power industry are aware, with any cladding application "less weld and less heat provides the best results. What's the weld cost per-part? With the increased arc on time and deposition, the robot deposits approx. Average weld speed for 1/4 fillet = 20 ipm so weld time around 9 - 10 minutes I usually add 20% to the weld time for movement time between welds, so weld time per-part should be around 11 - 13 minutes. With Clad welds on boilers, unless you sell weld consumables, less weld is always better. Total Train cost, 2400 man/hrs for an approx. The 300 plus welders in the yard mostly used E71T-1 (1.2 mm) flux cored wires to weld all position, vee groove, 12 to 25mm, steel joints with ceramic backing. Divide by 1664 = 12.6 lb/hr. Isoleringen är märkt "NEXANS GS Z1 SEMKO AREA mm2" alternativt "NEXANS GS … [a] the patients are running the hospital, With 2 lb/hr per turn, 6 x 2 lb/hr = weld deposition rate. ft x 304.8 = mm WHEN MANAGERS HAVE WELD PROCESS CONTROLS & BEST WELD PRACTICE EXPERTISE, IT'S EASY TO GENERATE MULTI-MILLION DOLLAR COST SAVINGS PER-SHIP: During the first four months of 2007, I presented my unique, manual, gas shielded flux cored process control training programs to Aker Kvaerner. RQ är en halogenfri, HFFR-isolerad, kopplingsledning med en rund mångtrådig ledare av koppar. You wont find info simplified like this at Lincoln. Wire set at 350 ipm x 60 ipm = 21000 inch. [5] The total consumable cost: We will now quote the trailer welds using a robot. FOR DECADES, IN MANY (NOT ALL) SHIP YARDS, THE WELD REWORK DOLLAR COST PER-SHIP, IS TYPICALLY MEASURED IN THE MILLIONS AND SOMETIMES IN NAVY YARDS HUNDREDS OF MILLIONS OF DOKKARS, THE REALITY IS FEW SHIP YARDS HAVE THE EXPERTISE TO ESTABLISH BEST MIG / FLUX CORED WELD PROCESS CONTROLS AND BEST WELD PRACTICES, AND FRONT OFFICE AND SHOP FLOOR WELD PROCESS OWNERSHIP IS SADLY LACKING. ON WATER WALL BOILER APPLICATIONS. The total weld cost per trailer is $5.48 for the consumables + $27.50 for labor =total weld cost is $33 per trailer. The arc on time is increased to 40 minutes per-hour. [8] The Robot Costs Versus Manual Weld Costs (업무지식) tig, mig, mag, co2 용접 구분법 (0) 2019.05.24 (업무지식) 경도 환산표 (0) 2018.11.14 (업무지식) 압력 단위 환산 mpa, kgf, ksi, psi, n/mm2 (1) 2018.11.14 (업무지식) 원형 파이프 무게 구하는 공식 (0) 2018.11.14 (업무지식) 육각환봉 무게 구하는 방법 (0) 2018.11.14 $30/hr, base labor cost for the ship yard. [b] technical advice is derived from salesmen, For those individuals making "weld cost decisions" or "weld process control" decisions. The vertical down welds not only have to attain minimum weld dilution with consistent weld fusion on the carbon steel boiler tubes. ROBOTS AND AND WELD COSTS: IN WHICH THE WELD cost of $172,000.00. 1664 inch = one pound. Manual MIG weld speed 10 ipm. Immediately at the training completion, the Aker ship yard QA department management and personnel started to analyze the weld rework results and costs. 8 - 9 feet of weld will be delivered for that one pound of MIG weld wire. CONSIDER MY WELD BEST PRACTICESS - PROCESS If a part has 9 feet (180 inches) of weld, each part requires a pound of weld at a $1 per-pound thats a no brainer. A 1" (25mm fillet requires 1.80 lbs of weld wire per foot of weld. Visit the Clad weld section for more info. Lets say the weld supervisor was aware that this robot application could be welded with "another turn of that wire feed control" that enables 12 lb/hr, (30 min arc on time = 6 lb/hr). To effectively manage a weld shop and maximize the daily robot weld quality and productivity, management, supervisors and engineers must provide their employees with a weld process control training program that provides; [a] MAXIMUM WELD PRODUCTIVITY POTENTIAL WITH LOWEST WELD COSTS: To minimize weld costs, those that make the weld decisions must understand the weld process fundamentals that focus on the application's weld deposition rate potential for the part thickness, the weld size, the wire size and weld transfer mode utilized. This wire feed delivers approx 700 inch/min. The prime factors that control the robot weld production efficiency potential are; [1] optimizing the robot wire feed rates utilized. Now I have finally got down to figuring out the real costs of the manual MIG welds, I will see if we can do anything about creating weld cost reductions with the use of my robot. THE MIG WELD WIRE COST. For phone weld resolutions call Ed at 828 337 2695. It took a few weeks to train the 300 plus yard welders. In contrast to the manual welder, the robot is also set at with the 0.045 wire feed set at 350 inch/min. WSI applied for the US Patent during 2006 and the patent was approved in 2009. 8 pounds per/hr for two shifts. SIMPLIFY ROBOT WELD COSTS. Impact Strength, Metric = Joules = J 2222 inch = one pound. WHEN If you work in a weld shop in which weld personnel "play around" with their weld controls, how can you considers your organization to be professional when the welds are being produced by The welders average arc on time each hour is 20 minutes thats a consumtion of 10 cuft of gas, or a dollars worth of gas. Producing 24 parts an hour, the weld cost per part is a $1. I asked for a manual weld cost analysis, these guys used a computer and delivered pages and pages of confusing weld cost data. cuft/hr x 0.4719 = liters/min gal x 3.785 = liter ft/sec x 0.3048 = m/sec yard x 0.9144 = meter. For the training. Is it therefore reasonable to expect that all the weld personnel at your company should be aware of the optimum wire feed settings and weld deposition rate potential for these weld sizes? MIG or flux cored fillet welds. Flux Cored Process Controls - Best Practice TRAINING: In a time of global, MIG - flux cored and TIG welder shortage, when many companies find it difficult to interrupt their daily fire quenching efforts in the weld department, management take note. [4] The robot gas costs and how many cylinders required?A cylinder of argon - CO2 costs $40 cyl. IT'S BEEN MY EXPERIENCE AT THE NORTH AMERICAN SHIP YARDS THAT I WHEN MANAGERS HAVE PROCESS CONTROL - BEST PRACTICE EXPERTISE,IT'S EASY TO GENERATE MULTI-MILLION DOLLAR COST SAVINGS PER-SHIP: IT'S BEEN MY EXPERIENCE AT THE NORTH AMERICAN SHIP YARDS THAT I WAS INVOLVED WITH, TO FIND EXTENSIVE EXPERTISE WITH THE SMAW (STICK) PROCESS, WHILE MIG AND FLUX CORED WELD PROCESS CONTROL AND BEST WELD PRACTICE EXPERTISE WAS USUALLY IN SHORT SUPPLY WITH THE PERSONNEL THAT WERE RESPONSIBLE FOR THE WELDS. So as you see we have the hourly production requirements, the weld wire used per part, the gas costs and the weld wire required per-shift. Use my clock method to determine that the spray setting will deposit for this application 12 lb/hr. Det er for mig klart, at man indledningsvis kan komme et stykke vej med adfærdsændring gennem prisdifferentiering - som f.eks. Wire set at 350 ipm x 60 ipm = 21000 inch. . The welds were in accordance with the ABS welder qualification requirements and with the information from the yard's weld procedures. For decades conventional training in ship yards, Navy yards and manufacturing plants has focussed on the "welders skills", especially on stick welding skills which has nothing in common with the requirements for MIG or flux cored weld. Divide by 2222 = 9.4 lb/hr. HOW DO I KNOW HOW MUCH WELD WIRE TO ORDER ? Use the average manual arc on time of 20 minutes per/hr. WIRE 0.030 area = 0.00071 in/sq Divide by 512 = 40 lb/hr. These shops freely have large budgets for the QA department personnel who's goal in life is to FIND WELD DEFECTS, AFTER THE WELDS ARE COMPLETE. ... Raccordement type.....2 cosses electriques / cable 16 mm2. j/m x 0.0254 = j/inch 0.045 (1.2 mm) MIG Wire. (See MIG gas data section). 4.4 lbs of filler metal required per trailer. In most instance those responsible for the welds at the plants, did not have a clue or show an interset in what he was doing. Quoting the manual MIG welding trailer costs can be simple. For example in evaluating the Weld Efficiency in any weld shop all the "professional" weld decision makers should be aware of; [] the MIG weld transfer modes and their wire feed ranges that are availalble, 60 minutes. In terms of water wall cladding, WSI has clad approx. For this job in which weld rework may be required, I would add 15% more wire for cushion factor. With the average manual arc on time per/hr Imagine the defects, the boiler deformation and stresses being applied as a result of poor weld practices allowed at this power plant. Apart from the high cost of >$20 lb for the Inconel weld wires, the boilers operate more efficiently when the clad surface is thinner and the clad weld pass thickness is uniform and with out defects. DON'T The cylinder contains 330 cuft ($0.12 per cu/foot). Many thanks to some Tom O'Malley the owner of Excell. Fracture Toughness, Metric Meganewton meter MN.m-3/2 Welders arc on time 30 minutes so welder will use approx. THE WELD DEPOSITION. THE MOST COMMON GLOBAL MIG WELD IS A 1/4, (6 mm) FILLET WELD. One wire feed turn is 70 ipm = approx 2.5 lb/hr. As the most common weld in most weld shops is the 6 mm (1/4) fillet, take note that approx. This web site was first established in 1997 by Ed Craig. water wall boiler longevity and weld cost benefits could be attained Sad Miller pulsed equipment was being used for this manual touch up. Remember with large fillet and groove welds the best practice in welding is to use 1/4 fillet stringer beads. mpa x 0.145 = ksi. The ship yard management reported that the reduced weld rework, labor and NDT costs, would resulted in a cost savings of approx. Note; some companies when trying to evaluate welding costs, like to add the total white collar overhead including the kitchen sink and the coffee machines on the backs of the blue collar labor costs. This shipyard training COSTS $172.000, versus a typical $500,000 to a million that a ship yard would readily pay. More than ever people ask nowadays: "What gears to choose for my bicycle?". One wire feed turn is 70 ipm = approx 8 lb/hr. 압력관련 기준서를 들여다 보면 어떤 것은 N/mm2으로 표기되고 어떤 것은 kgf , 또 다른 자료에서는 MPa 등등 각각 다른 단위를 사용하여 표기한 것을 종종 볼 수 있다. at 20 minutes. (24 - 26 pounds per-8 hour shift). Flow 0.47195 liter/min = 1 cuft/hr. cu/m x 35,315 = cuft newton x 0.2248 = lbf, in/sq x 645.2 = mm/sq The cylinder gas cost is 13 cents per-cubic foot. Just sidan som är länkad till har ingen 10 mm2 kabel, så TNC går bort. The cost of labor is 550 man hours x $25hr = $13,750.00 for the 500 trailers. To make weld process changes, requires weld personnel have process confidence. To get to the root cause of GMAW (MIG) & Flux Cored (FCAW) weld issues, requires Weld Process Controls and Best Weld Practice expertise. The following is the approximate amount of MIG filler metal required per foot of weld. On the left, before the training, and on the right after the 8 hours of my best practice - process control training. Carbon Stl or Stainless Weld Wire Required Per Foot of Weld: A 1/8 - 3/16 (3 - 4mm) fillet requires 0.035 lbs of weld wire per foot. ksi.in 1/2 x 1.099 = MN.m-3/2 Expertise". This is one good reason to think a little less about spending thousands on over priced pulsed MIG welding equipment and a little more about investing a few hundred dollars for providing Ed's MIG process- Control - Best Practice programs. [4] optimizing the robot movement / motion times. The welders would be depositing approx. A 1/4 fillet requires 0.11 lbs of weld wire per foot of weld. cu/meters/min x 0.002119 = cuft/hr. Aluminum 1/8 3.2 mm fillet = 0.092 lb/ft 0.03 kg/m, Aluminum 3/16 4.8 mm fillet = 0.026 lb/ft 0.04 kg/m, Aluminum 1/4 6.4 mm fillet = 0.05 lb/ft 0.07 kg/m, Aluminum 3/8 9.5 mm fillet = 0.06 lb/ft 0.09 kg/m, Aluminum butt weld 13 mm plate 60 degree single V = 0.3 lb/ft 0.43kg/m, Aluminum butt weld 18 mm plate 60 degree single V = 0.4 lb/ft 0.66kg/m, Aluminum butt weld 25 mm plate 60 degree single V = 0.82 LB/FT 1.2kg/m, Aluminum butt weld 38 mm plate 60 degree single V 1.7 lb/ft 2.6 kg/m, Aluminum butt weld 50 mm plate 60 degre single V 2.8 lb/ft 4.2 kg/m. ft/lb x 0.13825728 = kg/m, cu/in x 16.387 = cu/cm The 0.045 filler metal cost $0.90 cents / lb x 4.4 lbs/part = $3.96 weld wire costs per trailer. $$20 an hour. The job requires 550 man/hours divide by 40 requires 14 days. The cyl contains 330 cuft ($0.12 per cu/ft). cm/sec x 0.32808 = ft/sec 0.035 (1 mm) MIG Wire. Ed's clad development was complete in 2006. Ed's untouched clad weld cost - quality contribution to the Power and Waste Management Industry. Current Density Electrode MIG process- Control - Best Practice programs. 2007: Welding Services (WSI now Aquilex) is the largest power industry contractor in North America. The welds also required a WSI engineering manager that believed that there was more to MIG clad welding than asking the advice of a Lincoln sales rep, or a welder pulling a gun trigger and applying the typical weld mess. [3] The weld gas costs, and how many cylinders required? Franks Weld Shop was the company that got the contract to build the trailers. for the power industry with WSI and Ed's new, "thinner" In less than 6 months, Ed not only dramatically improved the water wall overlay weld quality but also reduced the amount of costly overlay typically required by> 28%. [] the most efficient MIG or FCA weld consumable size that should be used, cm/sec x 1.9685 = ft/min MIG procedures developed in 2005 - 2006. The ABS welder qualification test also had little in common with the weld requirements and weld application variables which are typically found in any ship yard. When are you going to get a grip of weld costs? The number one controlling factor of setting optimum (consistent weld fusion) quality MIG welds for any weld weld transfer mode is to select the correct size weld wire (as discussed in my training resources and understand where you set the MIG wire feed setting. REF GYS : 53277. 1 ft/lb = 1.355818 J Kabeln är konstruerad enligt SS 424 02 31-3 i tillämpliga delar. Aker is an international ship builder and this ship building yard was located in the Philadelphia Naval Ship Yard. How long will it take to complete the job and what will be the welding cost? [] the weld Deposition Potential for the three most common fillet weld sizes utilized. Tom provided the facilities and equipment for the training. 1152 inch = one pound. WIRE 0.045 area = 0.00160 in/sq One wire feed turn is 70 ipm = approx 2lb/hr. 5000 feet x 0.11 requires 550 pounds of weld metal per-sub assembly. Metric Megapascal MPa He is a robot weld technician at a car plant, so it looks like we will have to cut out his "play around organ" Ed's unique weld process training program typically only requires 8 - 12 hours, with 50% classroom time and 50% hands on and the results will be instant. [b] change is the most difficult thing to implement, = 2400 man hours at an approx. I have been in many Panasonic robot weld cells and the companies who purchased these robots do not have a clue as to the weld wire feed rates being utilized, which is not a surprise with management that rarely understands how to optimize robot MIG weld productivity. In an other area of the shop, again after again playing around with the WF control, the new digital wire feeders (ABOVE) were again set at 420 inch/min, (10.5 m/min). Using a robot for the trailer reduced the manual MIG weld costs to $18.75 per trailer. I took over 3000 hours to develop the MIG and Flux Cored weld best practices - process control kan have intervaller 17-20, 20-24, 00-02, 02-06. Also an unreported fact from this yard was the qualified changes that I made also dramatically increased the flux cored wire feed rates, (weld deposition rates), increasing the yard daily weld productivity in the range from 20 to 40%. 예를 들어 인장강도를 테스트 하기 위해 공인인증기관에 의뢰할 경우 대게 공인인증기관에서 표기하는 단위는 N/mm2 이지만 오래된 기준서에는 MPa로 표기가 될 경우 단위 환산이 필요해진다. in/sec x 0.0254 = m/sec So a 1/4 fillet uses 0.11 lbs of weld per-foot. ALUMINUM HOW MANY POUNDS OF MIG WIRE REQUIRED? The sad reality with many companies, is their robots rarely provide their real weld their production potential and too many robot welds require extensive manual weld repairs. Divide by 1152 = 18 lb/hr. cal/g x 4.1868 = kj/kg, Metric and 44.400.000 VNĐ 0.062 (1.6 mm) MIG Wire. 1mm = 0.03937 inch Divide by 512 = 40 lb/hr. The fifth turn = 5 x 70 = 350 inch/min). [b] Utilize the weld controls in a very limited manner. 60 minutes. WITH A TRADITIONAL "NONE DIGITAL" WIRE FEED CONTROL SIMPLY DIVIDE THE WF CONTROL INTO TEN CLOCK SETTINGS BETWEEN 7 AND 5 O'CLOCK. kPa = 0.14503 psi WHAT DO SHIP YARDS AND CAR PLANTS They would know it's 2lb/turn. WIRE 1.2mm area = 0.1032 cm/sq x 1.49 = kg/m The 0.045 MIG weld wire used was an E70S-3. One wire feed turn is 70 ipm = approx 2lb/hr. ft/min x 0.00508 = m/sec To deposit the 4 lb/hr for the 550 lbs/ of weld will require 138 hrs of weld labor, (add 20% as a cusion). [1] How much weld wire required? WIRE 0.030 area = 0.00071 in/sq The gas flow is 30 cuft/hr, however the robot's arc on time is 40 min, so the gas used is 20 cuft/hr x 0.12 cents = $2.40/ hr for the gas. LETS WORK OUT THE ABOVE Weld Process Controls & Best Weld Practices. 広済会「つつじヶ丘」での活動内容をまとめた不定期の広報誌「つつじ」です。事業所でのイベント報告や収支決算報告、お世話になっている方への御礼などを紹介しております。 0.062 (1.6 mm) MIG Wire. in/sq x 6.451 = cm/sq 60 minutes. WIRE 1.6mm area = 0.0198 cm/sq, 1 meter = 3.281 ft lb x 0.4535 = kg j/inch x 39.37 = j/m The best way to measure weld shop production efficiency is to ignore the costs incurred from the front and corporate offices, and simply review the weld deposition and quality that the typical welder on the weld shop floor daily produces. Så er der nok nogen som hovedløst starter kl.17 og andre vælger kl.02. The 25% an hour increase in weld deposition allows 25% more parts per-hour.

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