Extremely fast response: 24-hour online quotation and CNC proofing guide around Suzhou
When iterating machine prototypes, speed is the key. However, if you have to wait two days for an inquiry and two weeks for an order, many R&D projects will be delayed and fail.
The pitfall of waiting two weeks for quotation
Drawings of non-standard parts are constantly flowing back and forth between the business team and the engineering team. This situation results in the time it takes to issue a quotation starting at 48 hours, which has become a very common phenomenon in the industry. Engineers stare at the Gantt chart in the project while watching each key node move forward day by day. This anxiety is more difficult to control than the strictest tolerance value specified on the drawing.
Suzhou Laitu strictly stipulated that the quotation should be made within twenty-four hours. As soon as the relevant process team receives the drawings, they will immediately carry out the DFM review. Regarding material fees, machine time fees and surface treatment fees, they will all be listed clearly at one time. It also tells you how to fine-tune the structure to reduce production costs, so there is no room for guesswork.
Five-axis linkage cuts off three transaction periods
The shape of joint parts in robots is quite complex. Traditional three-axis machining methods require repeatedly turning the part over and clamping it. Each additional clamping operation will further accumulate errors.
Letuga adopts a five-axis linkage method, which can reduce the number of required clampings to a minimum. In this way, the processing accuracy becomes more stable, and there is no need for secondary positioning operations.
In terms of actual measured data, for the same batch of joint parts, a five-axis process was used. It was found that the overall delivery time could be shortened by about 30% compared to the three-axis case.
The fact that samples can be produced in three to five days is by no means just an expedited slogan, but an actual result calculated through a specific process route. The reason why this can be achieved is because when arranging production orders, factors such as the path design of the tool and the time required to replace the tool have been comprehensively considered.
Tolerance ±0.01mm does not depend on the mouth
Being fast does not mean that the work is done carelessly or sloppily. On Leitu's production line, every product sample must go through an inspection process before it is ready to be shipped and leaves the factory. The dimensional error range is stably controlled at plus or minus 0.01 mm. Each inspection report will be sent to the recipient along with the same product.
After the person in charge of technology gets it, he can directly use the caliper for measurement to perform repeated inspection and verification. There is no need to guess or take chances. All the data is clearly written on the white paper and in black words, which is very clear.
In terms of material procurement, things must be purchased strictly according to the grades specified in the drawings. 7075 alloy is 7075 alloy, and other materials must not be used to replace this position. For PEEK, a special plastic, other substitutes must not be used.
When performing the surface treatment process, the anodizing or electroless nickel plating process must be performed according to the requirements of the production process. Although deadlines are allowed, lowering quality standards is absolutely unacceptable because this is the bottom line that cannot be crossed.
There is no minimum order threshold for one piece
In the research and development process, what everyone is most afraid of is the situation of having to place an order of 100 pieces even for proofing. Letuga has a very clear rule, which is that you can start ordering with just one item. They specialize in taking orders that are in the trial and error stage and the verification stage.
If there are many varieties and small batches, there is no need to exist just to make up the numbers. Whether it is five pieces, twenty pieces or fifty pieces, these quantities can be arranged for normal production. There will not be any picky restrictions on quantity.
In 2026, the manufacturing industry in the Yangtze River Delta region showed a trend of recovery. At the same time, many robot teams began to move from the laboratory to the pilot stage. The demand for five to twenty pieces at a time for proofing was quite concentrated. This order of magnitude fell exactly within Letuga's comfort zone, so that the team did not have to modify the design in order to meet the minimum order quantity.
Three steps for engineers to place an order
Prepare the 3D stoppers, which are in STEP or IGS format, as well as the 2D drawings with tolerance markings. Then clearly mark the material grade, the method of surface treatment, and the expected delivery time. Send them all at once, so that you can save three trips back and forth, and a 24-hour quotation can be given at once.
You can send the corresponding documents to Letuga through WeChat or the official website, so that you can enter the quick response channel. Within 24 hours after you submit the request, you will receive the relevant quotation, and this quotation will also come with process suggestions, which will specifically indicate where cost savings can be achieved by fine-tuning the structure. This is not a situation where you just provide a number and it's done.
Yangtze River Delta Logistics Next Day Delivery
Letuga's factory is located in the core area of Suzhou. This place is supported by the well-developed logistics network in the Yangtze River Delta region. Therefore, sample documents sent from Jiangsu, Zhejiang and Shanghai can arrive at the laboratory within the next day. If the drawings are sent out on Monday, the samples can be obtained on Wednesday and put on the machine for testing. This arrangement will not occupy the buffer time of the project. Moreover, the overall work rhythm can fully keep up with the speed of product iteration and update.
Suzhou ships to Shanghai, Nanjing, and Hangzhou, and SF Express can sign for receipt the next morning. Engineers don't need to reserve a week for logistics. The actual prototyping cycle is 3 to 5 days, instead of just two weeks with logistics.
Please tell us specifically what the tolerance requirements are for the stuck sample in your hand. Please tell us in the comment area so that I can help you figure out whether it is more cost-effective to use five-axis machining or three-axis machining. If you find this content useful to you, please don't hesitate to like it and forward it to your colleagues in the laboratory.
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