Contract Manufacturing
Based on our synthesis technology accumulated over a long period, we respond to requests for any type of outsourcing smoothly, from development stage to production.
Thanks to completion of a new plant for small-scale GMP production, we have the production capacity to respond flexibly to various kinds of needs, from small-scale to large lot production, along with existing large automated facilities for GMP, and high-performance multi-purpose facilities.
Under high quality control system that conforms to c-GMP and ICH standards and based on DMF, CEP registration, and experience with FDA inspections, we provide outsourcing services that will satisfy our customers.
In addition, we proactively engage in EHS (Environment, Health, Safety) investment.
Contract Manufacturing Flow
Main Facilities
Pilot Plant
Facilities | Specification | Capacity | Quantity |
Reactors Normal Pressure, -5~140℃(200℃) |
Glass Lining |
10L |
5 |
Glass Lining |
300L |
5 |
1,000L |
1 |
Stainless |
300L |
3 |
500L |
1 |
Autoclave ~10kg/cm2, -5~140℃ |
Stainless |
200L |
1 |
Vacuum Distilling Apparatus 3mmHg, ~200℃ |
Stainless |
200L |
1 |
Centrifuge |
Top emission type, Stainless |
φ12 inches |
1 |
φ20 inches |
2 |
φ30 inches |
1 |
Filter Separators |
Pressurization, Stainless |
|
2 |
Reduced pressure, Stainless |
|
2 |
Dryers |
Shelf- fan dryer, Stainless-steel |
|
1 |
Shelf-type vacuum dryer, Stainless |
|
1 |
Conical type vacuum dryer, Stainless |
30L |
1 |
Clean Room |
Clean level: 100,000/ft3 Ventilation: 20 times/hr or more |
|
1 |
Freezer Medium -20℃ |
3600kcal/hr |
|
1 |
Commercial Plant
Facilities | Specification | Capacity | Quantity |
Reactors Normal Pressure~100mmHg, -5~140℃(200℃) |
Glass Lining |
2m3~10m3 |
41 |
Stainless |
1m3~10m3 |
67 |
Ti clad |
2.5m3 |
2 |
Autoclaves ~10kg/cm2, -5~140℃ |
Stainless |
2m3~4m3 |
5 |
Glass Lining |
4m3 |
1 |
Photo-reactor 600〜700nm |
Stainless Sodium Lamp |
|
1 |
Vacuum Distilling Apparatus 3mmHg, ~180℃, N=12 |
Stainless |
1m3~7m3 |
3 |
Centrifuges |
Bottom emission type, Stainless |
φ24~55 inches |
5 |
Top emission type, Stainless |
φ24~55 inches |
21 |
Filter separators |
Pressurization, Stainless |
|
18 |
Reduced pressure, Stainless |
|
29 |
Reduced pressure, FRP |
|
1 |
Dryers |
Shelf-type fan dryer, Stainless |
|
22 |
Conical type vacuum dryer, Stainless |
2~2.5m3 |
6 |
Clinical type vacuum dryer, Glass Lining |
2m3 |
2 |
Nauta-type vacuum dryer, Stainless |
1m3 |
3 |
2m3 |
5 |
Mills |
Pin mill, Stainless |
|
9 |
Hammer mill, Stainless |
|
3 |
Power mill, Stainless |
|
1 |
Feather mill, Stainless |
|
1 |
Jet mill, Stainless |
|
1 |
Clean Rooms |
Clean level: 100,000/ft3 Ventilation: More than 20 times/hr |
Centrifuge rooms |
10 |
Drying rooms |
11 |
Milling rooms |
12 |
Ice Maker |
Stainless 2.4t/day |
|
1 |
Wastewater treatment |
Activated sludge |
|
|
Freezers |
Medium -20℃ Inside -10 ~ -5℃ |
46kW |
16 |
Main Analytical Equipment (Shizuoka Factory)
We have necessary analytical equipment for product quality control.
We operate accordance with data integrity.
We can use
the equipment of R&D in Tokyo depending on the customer’s requirements.
Equipment | Specification |
HPLC |
High and low pressure gradients Detector: UV, UV-VIS, RI |
GC |
Detector: FID Equipped with a head-space sample injection device |
ICP-MS |
Responding to elements subject to ICH-Q3D Step 4 Responding to organic solvents |
FT-IR |
7800~350cm-1 |
UV-visible spectrophotometers |
190~900nm |
Karl Fischer moisture meter |
Volumetric procedure Coulometric titration |
Potentiometric titrator |
pH 0.00~14.00 |
Polarimeter |
589nm (Na) |
Particle size distribution analyzer |
Laser diffraction type(dry and wet), microscope type, air permeability method |
Main Reactions
Technologies in orange highlighted are our specialty technologies.
Acylation | Acid chloride, acid anhydride, etc. |
Amidation | Ammonia, amines, etc. |
Amination | By reduction of nitro and nitroso, and by using amines |
Alkylation | Dialkyl sulfuric acid, alkyl halide, etc. |
Esterification | Various organic and inorganic acids, and alcohol |
Reduction | By catalytic hydrogenation, using NaBH4, sulfurous acid, etc. |
Grignard reaction | |
Chlorination | NaOCl, SOCl2, PCl3, POCl3, etc. |
Enantiomer synthesis | Asymmetric reduction, Optical resolution |
Enzymatic reaction | Asymmetric hydrolysis, hydrolysis |
Kolbe-Schmitt reaction | Carbon dioxide |
Oxidation | Using H2O2, NaOCl, etc. |
Diazotization | NaNO2 |
Cyanation | -CONH2 → -CN |
Suzuki-Miyaura coupling | R-B(OH)2, Pd/C |
Sulfonation | Sulfuric acid, fuming sulfuric acid, sulfur trioxide-pyridine complex |
Nitration | Nitric acid, mixed acid, etc. |
Nitrosation | NaNO2 |
Glycosidation | BF3, methanesulfonic acid |
Photo-oxidation | Sodium lamp |
Friedel–Crafts reaction | Acylation, Alkylating |
Bromination | Br2 |
Formylation | HCHO, Vilsmeier reaction, etc. |
Mitsunobu reaction | |
Phosphorylation | POCl3, PCl3 |
Other organic synthesis reactions | |