This client is a professional pharmaceutical research brand in the United States. It mainly focuses on new drug formula research and small-batch pharmaceutical production. Its products supply local American scientific research institutions and large pharmaceutical distributors. To improve new drug research efficiency and standardize tablet trial production, the client decided to upgrade laboratory equipment. Finally, the client purchased a batch of customized small rotary tablet presses from our company. This equipment is widely used in American laboratories, research centers and small pharmaceutical workshops. This complete project record is sorted out by the Topwon team and provides practical references for the pharmaceutical equipment industry.
Stage 1: March 6, 2026 – Receive Inquiry and Confirm Customer Needs
1.1 Respond Quickly and Start Initial Communication
We replied to the customer’s inquiry immediately after receiving it. After polite communication, we took the initiative to ask for the specific requirements of equipment customization. The customer briefly explained that they needed customized tablet presses for laboratory tablet making and small-batch production. However, many details such as equipment parameters, working conditions and applicable raw materials still needed further confirmation. Since this was the first cooperation with the customer, we sorted out all requirements in simple and easy-to-understand language. We avoided complicated professional terms to prevent information deviation and ensure efficient and smooth communication.
1.2 Analyze In-depth and Confirm Core Requirements
After several rounds of technical communication, we accurately sorted out and confirmed the customer’s core customization needs. The customer mainly develops and produces three types of medicinal tablets with different raw materials: western medicine tablets pressed from powder materials, sustained-release tablets pressed from emulsified paste materials, and portable oral lozenges pressed from light granular materials.
These three raw materials have different density, viscosity and hardness. Therefore, the equipment needs independent operation modes and parameter adjustment to produce stable and qualified tablets for different medicines.
Meanwhile, the customer set strict standards for laboratory pharmaceutical equipment. The equipment must meet FDA health standards, run stably and quietly, and produce no dust pollution for long-term and frequent laboratory use. In addition, China and the United States are far apart by sea, leading to high cross-border logistics costs. The customer required the equipment to support modular disassembly and foldable packaging to reduce shipping volume, cut down transportation costs and control the overall procurement budget.
1.3 Confirm Equipment Model and Finalize Cooperation Plan
Combined with the customer’s laboratory scenarios and raw material characteristics, we recommended the customized ZP-series small rotary tablet press. This equipment fully meets American laboratory health and safety standards. Its simple modular disassembly structure effectively reduces cross-border sea transportation costs. With optimized structure and precise pressure adjustment, the machine can stably press powder, paste and granular raw materials to fully adapt to the customer’s new drug research needs. It also supports customized parameters, American standard voltage adaptation and personalized body logo customization, which perfectly fits the standard operation specifications of American laboratories.
The customer highly recognized our customization plan. The customer said that most similar equipment on the market has fixed parameters, poor material adaptability, high sea freight costs and cannot pass North American laboratory access audits. Our customized tablet press solves all these problems perfectly. Both sides finally confirmed the equipment model, customized parameters and overall cooperation plan. The customer fully entrusted us with the whole process including scheme design, prototype production, mass production and delivery.
Stage 2: March 8 – March 12, 2026 – Scheme Design and Prototype Testing
2.1 Exclusive Custom Design for Laboratory Drug Research Scenarios
After confirming all requirements, our technical team immediately launched exclusive equipment customization design. We focused on three core points: multi-material pressing adaptation, quiet and clean laboratory operation, and modular structure suitable for ocean transportation. The equipment serves laboratory research stations and small production workshops, so the design fully guarantees high precision, stable performance, cleanliness and practicality.
The equipment adopts an integrated vertical table structure. Its size matches standard American laboratory operating tables, and the height fits manual operation vision without visual obstruction. It supports three adjustable pressure modes: high pressure for high-density powder tablets, medium pressure for paste material forming, and low soft pressure for light granular lozenges. The machine is equipped with an exclusive anti-leakage powder structure to avoid material waste and dust pollution. The edges of core molds adopt precise arc polishing technology to prevent tablet edge damage and improve the qualified rate of finished products.
The machine body uses matte stainless steel specially for pharmaceutical equipment, which is corrosion-resistant and easy to clean to meet clean production standards. The front is equipped with a high-definition digital control panel with parameter memory and Chinese-English switching functions to adapt to the operating habits of American researchers. We reserve positions for brand logos and parameter nameplates, and add a parameter prompt area on the side to mark applicable material types, pressure parameters and operation rules, which greatly improves the professionalism and standardization of drug research and production.
2.2 Optimize Design According to Customer Feedback
After finishing the design scheme, we sent all details to the customer and fully explained the advantages of each design, including the multi-mode pressure system, detachable modular structure, dust-proof design and bilingual operating system. The customer was very satisfied with the overall plan and only put forward one small optimization suggestion. They wanted to add a detachable transparent dust baffle at the equipment outlet to prevent tablets from absorbing dust during trial production and improve pharmaceutical cleanliness. We completed the structural optimization and drawing update on the same day. After the customer confirmed the final design, we immediately started prototype production.
2.3 Manufacture Prototype and Fully Verify Equipment Performance
The prototype is made of 304 food-grade stainless steel that meets American pharmaceutical health standards. The core molds are forged with high-precision fine steel. The modular structure allows fast disassembly and assembly without professional tools, which adapts to ocean transportation and rapid laboratory installation. Aiming at the humid and ultra-clean laboratory environment, the equipment adopts professional anti-rust, anti-corrosion and fully sealed dust-proof treatment to avoid equipment jamming and damage caused by moisture.
The prototype was fully completed on March 12, 2026. We shot complete equipment installation and debugging videos and detailed close-up photos. We also recorded core equipment parameters, multi-material pressing test data, operating noise and overall stability. The test results showed that the equipment can press three types of raw materials stably and accurately with tiny errors and zero dust leakage, fully meeting American laboratory scientific research standards. The customer confirmed the prototype performance and quality were qualified and signed an official mass production contract with us.
Stage 3: March 13 – March 25, 2026 – Mass Production and Strict Quality Inspection
3.1 Launch Mass Production and Standardize Production Processes
After signing the formal contract, we immediately launched mass production and opened an exclusive production line for pharmaceutical equipment. We strictly followed medical-grade production standards to ensure on-time and high-quality delivery. We strictly controlled three key production links. First, we fully inspected all stainless steel raw materials for the machine body, molds and pipelines to ensure corrosion resistance, easy disinfection and compliance with North American pharmaceutical access standards. Second, we precisely calibrated the pressure system, transmission system and digital display system to ensure stable parameters and consistent performance of every device. Third, we tested each equipment with no-load operation, load pressing and modular disassembly to ensure smooth operation and perfect adaptation to various raw materials.
3.2 Follow Up Production Progress in Real Time
During the more than ten days of production, the customer continuously paid attention to production progress and equipment quality. To eliminate their worries about cross-border cooperation, we sent workshop photos, equipment debugging videos and daily progress reports every day. We patiently answered all their questions about equipment cleanliness, batch consistency, parameter accuracy and delivery cycle. Our careful and comprehensive follow-up service made the customer feel secure throughout the remote cooperation.
3.3 Conduct Strict Final Inspection and Professional Export Packaging
All equipment mass production was completed on March 23, 2026. We did not pack and ship the goods directly. Instead, we carried out a full-range final inspection, including precision test, durability test, noise test, dust sealing test, disassembly test and electrical safety test. We strictly eliminated unqualified equipment with parameter deviation, abnormal noise, poor sealing and assembly defects to ensure all delivered products meet American laboratory pharmaceutical standards.
After passing strict inspection, we disassembled the equipment into modular parts. We adopted professional shockproof, moisture-proof and rust-proof packaging materials for layered protection, with solid wooden export boxes for outer packaging, so as to prevent equipment damage caused by bumping, moisture and rust during long-distance ocean transportation. Each box is equipped with Chinese-English operation manuals, parameter specifications, installation guides and factory inspection reports to help American staff install, debug and use the equipment quickly.
Stage 4: March 26 – April 5, 2026 – Logistics Shipment and After-sales Technical Support
4.1 Arrange Cross-border Logistics to Ensure On-time Delivery
On March 26, 2026, we cooperated with our long-term professional international logistics provider and completed the sea shipment of customized tablet presses. We immediately sent the logistics tracking number, packing list and customs declaration documents to the customer for real-time cargo tracking. We arranged shipping schedules in advance and gave priority to shipment to ensure the goods arrived at the designated American laboratory warehouse on time as stipulated in the contract.
4.2 Dynamically Track Logistics and Update Information Timely
During transportation, we actively tracked the cargo status and updated transportation progress, warehousing information and customs clearance progress to the customer in a timely manner. We immediately handled and explained any logistics abnormalities to fully protect the customer’s rights and interests. On April 3, all equipment safely arrived at the American laboratory warehouse. After inspection, the customer confirmed that all equipment was intact, rust-free, complete in accessories and consistent with prototype parameters. However, their staff were not familiar with equipment installation and parameter debugging and needed our professional technical guidance.
4.3 Provide Exclusive After-sales Guidance to Support Formal Operation
We immediately arranged senior pharmaceutical equipment engineers to provide one-on-one remote video guidance. We taught the whole process of equipment installation, pipeline connection, circuit debugging and parameter calibration step by step. We explained adaptive parameters for different raw materials, dust-proof maintenance methods, daily disinfection standards and common troubleshooting skills in detail. We answered on-site technical questions patiently and kept tracking until all equipment was fully installed and debugged, and stably put into drug research and trial production.
The customer spoke highly of our equipment and services. They said the equipment features high precision, stable operation and excellent cleanliness, which perfectly adapts to multi-category drug research and fully meets the standardized operation scenarios of American laboratories. The overall cooperation effect exceeded their expectations, and they clearly intended long-term reorder and equipment upgrade cooperation.
Project Summary
This project customized multi-functional small rotary tablet presses for an American pharmaceutical research brand. The overall solution fully adapts to overseas laboratory scientific research standards, medical cleanliness specifications and long-distance ocean transportation requirements. The customer lacked experience in customized pharmaceutical equipment and cross-border project implementation, so they relied on our professional technical support and whole-process guidance.
Jim, our sales specialist, took full charge of the entire project. He independently completed demand communication, scheme customization, prototype trial production, mass production supervision, quality inspection, delivery arrangement and cross-border after-sales service. With professional pharmaceutical equipment knowledge, considerate one-on-one service and standardized project management, we successfully completed project delivery, completely eliminated the customer’s concerns about cross-border cooperation, and won high recognition and long-term trust. This lays a solid foundation for future equipment customization, upgrading and repeated order cooperation between both sides.
