2017年度

量子ビームサイエンスフェスタ
会社と製品の概要
Company and Product Overview

株式会社テクノエーピー
TechnoAP Co., Ltd.

弊社は茨城県ひたちなか市に拠点を置き
放射線・物理計測用モジュールや検出器など自社で設計・開発・製造・販売する
国内でも数少ない精密測定機器メーカーです。

Our company is located in Hitachinaka city, Ibaraki prefecture.
We design, develop, manufacture and sell modules and detectors forradiation and physical measurement by ourselves.
It is a unique precision measuring equipment manufacturer in Japan.

放射光施設や放射線に関連した研究を行う
大学や施設などから数多くの引き合いを頂いており市場のニーズを反映した新製品の開発やさまざまな課題に対し積極的に取り組んでおります。

We received many inquiries from radiation facilities anduniversities and facilities that conduct radiation related
research. We are actively working on the development of

new products reflecting market needs and various issues.

次世代の超高計数率
デジタルパルスプロセッサー！
Next generation ultra-high count rate
digital pulse processor!

Company and Product Overview

➢ New Pileup Separator Processor

Functions: Real time
Pileup Separator
In Signal: Silicon Drift Detector etc.

Functions: Real time
Pileup Separator
In Signal: Fast-scintillator anode direct

100Msps
16-bit1Gsps
14-bitCompany and Product Overview

➢ New Pileup Separator Processor
The piled up signal is separated by the nonlinear leastsquares method.
The nonlinear least squares method is one of the curve fitting
methods for observation data and is a nonlinear model
function extension of the least squares method.
For the judgment of the error between the fitted waveform andthe original
waveform,
SDD
LaBr3
the χ 2 evaluation function is used.
This 𝑦𝑖 is observation data.
𝑁χ2 = ෍
𝑖=1

𝑦𝑖 − 𝑓(𝑥𝑖; 𝑎)σ𝑖2Company and Product Overview

➢ New Pileup Separator Processor
The following animation shows one of the repeatedcalculations.
The nonlinear least squares method can be checked
repeatedly until fitting optimally.

FPGA

FPGA

Company and Product Overview

➢ New Pileup Separator Processor
The following animation shows one of the repeatedcalculations.
The nonlinear least squares method can be checked
repeatedly until fitting optimally.

FPGA

FPGA

Company and Product Overview

➢ New Pileup Separator Processor
The following animation shows one of the repeatedcalculations.
The nonlinear least squares method can be checked
repeatedly until fitting optimally.

FPGA

FPGA

Company and Product Overview

最新のFPGAよるリアルタイム
パイルアップセパレーションプロセッシング
REAL-TIME PILE-UP SEPARATIONPROCESSINGBY STATE-OF-THE-ART FPGA

Company and Product Overview

➢ New Pileup Separator Processor

Functions: Real time
Pileup Separator
In Signal: Silicon Drift Detector etc.

Functions: Real time
Pileup Separator
In Signal: Fast-scintillator anode direct

100Msps
16-bit1Gsps
14-bitCompany and Product Overview

➢ New Pileup Separator Processor Block Diagram
1st
Board

Pileup separator
processer

Pileup
Separator

Histogram

GATE

Signal
input

AD
C

TFA

Pileup Judgeand Reject

FAST
DISC

＋

GATE/VETO
Trapezoidal
Filter

BLR

PEAK
Hold

Histogram dataHistogram

2nd
Board

Pileup separator processer

3rd
Board

Pileup separator processer

P
C

・・
・
Company and Product Overview

➢ Mn spectrum by SDD

Mn-Kα
Pileup reject
Mn-KβCompany and Product Overview

➢ Mounting pileup separator

Pileup reject
Separated

Company and Product Overview

➢ Combining separator spectra @ICR 1.5Mcps

Reject +Separated

170%
Pileup reject
Separated

Company and Product Overview

➢ Input vs. output rate by 1 board

Reject + Separated

Pileup Reject

Separated

Company and Product Overview

➢ Input vs. output rate by 2 boards

Reject + Separated

Separated

Pileup Reject

By connecting more boards, you can get bigger output.
Company and Product Overview

➢Demonstration of APV8011S at BL9A KEK-PF Target: Mn
Model: XSDD50-01*Images is for illustration purpose.
*Please note that contents may change without prior notice.

Company and Product Overview

➢Demonstration of APV8011S at BL9A KEK-PF Target: Mn
Model: XSDD50-01*Images is for illustration purpose.
*Please note that contents may change without prior notice.

Company and Product Overview

➢Demonstration of APV8011S at BL9A KEK-PF Target: Mn
Model: XSDD50-01

Amazing
Results

Reject + Separated
Pileup reject*Images is for illustration purpose.
*Please note that contents may change without prior notice.

Company and Product Overview

Introduction of

Silicon Drift Detector

Company and Product Overview

Multi element SDD system

CUSTOM MADE
for your needs!

• High Rate Performance• Ultra-fast Digital Pulse Processors• Designed to suit customer requirements.
• Detectors are also available with windowless construction.
XSDD50-01

XSDD50-04-V-AGL25

XSDD50-04

XSDD50-07
Company and Product Overview

➢ 7 element SDD system for X-ray in Air

XSDD50-07● Element area
455mm² (65ｍｍ² ｘ 7 elements)● Effective area
350mm² (65mm² Collimated to 50mm² x 7 elements)● Function
Histogram, List, Waveform, ROI-SCA● ADC
4CH 100Msps 14-bit● Energy Resolution
244eV@5.9keV Mn-Kα
OCR: 1000k, Peaking time: 0.25μs● Power Supply for SDD-200V, ±5V, +3.3V● Interface
Ethernet (TCP/IP)

Available for vacuum environment

DSP & Power supply
Company and Product Overview

➢ 7 element SDD system for X-ray in Air

XSDD50-07

Detector

SDD 65mm2 collimated to 50mm2

Element area

455mm2 (65mm2 × 7 element）

Active area

350mm2 (65mm2 collimated to 50mm2 x 7 element)

ADC sampling

100Msps, 14-bit

ADC gain
Energy resolution

Output Rate*

4096, 2048, 1024, 512, 256ch
125eV@5.9keV, Mn-Kα 10kcps, Peaking time: 1us
150eV@5.9keV, Mn-Kα 300kcps, Peaking time: 0.05us
Max. 150kcps, Peaking time: 2us
Max. 1250kcps, Peaking time: 0.05us

Measurable Element

C (Carbon) ～Interface

Gigabit Ethernet

Back panel

Monitor output terminal, TTL (SCA) output terminal, VETO
input terminal, DC power socket, mini-USB connector, PowerLED monitor

External dimensions
Weight80mm(W) × 400mm(D) × 40mm(H)About 1100g

Available for vacuum environment*Depend on measurement module of selectedCompany and Product Overview

➢ 7 element SDD system for X-ray in Air

XSDD50-07

ICR: 400k, 185eV@5.9keV
Peaking Time: 0.25μs

Available for vacuum environment
Company and Product Overview➢ 4 element SDD system for X-ray in Vacuum

XSDD50-04

Transport with bellows
Company and Product Overview➢ 4 element SDD system for X-ray in Vacuum

XSDD50-04

Element area

SDD 50mm2, Window-less / AP3.3 / Be
260mm2 (65mm2 × 4 element)

Active area

200mm2 (65mm2 collimated to 50mm2 × 4 element)

Detector

Measurement mode

Histogram / List / Waveform / ROI-SCA

ADC sampling

4CH, 100Msps, 14-bit

Energy resolution(typ.)

244eV@5.9keV Mn Kα
OCR: 1000k, Peaking time: 0.25μs-200Ｖ, ±5V, ＋3.3V

SDD power supply

Output Rate*

Max. 150kcps, Peaking Time: 2us
Max. 1000kcps, Peaking Time: 0.15us

Interface

Ethernet (TCP/IP)

OptionZ-axis movement mechanism, UHV valve

Vacuum capable
Flange type<10⁻5 Pa
ICF114 (Standard)*Depending on the selected module

Company and Product Overview➢ 4 element SDD system for X-ray in Vacuum

XSDD50-04

Company and Product Overview➢ 4 element SDD system for X-ray in Vacuum

XSDD50-04

Company and Product Overview

65mm2 collimated to 50mm2

XSDD50-04-V-AGL25
Window-lessCount Rate

1Mcps or more
Surface of Detector

Angle degrees 25

Energy Resolution
・244eV@5.9keV Mn KαJAPAN MADE
For Soft X-ray
Measurable from low energy region to hundreds of eV

Peaking Time: 0.25μs

・130eV@5.9keV Mn KαPeaking Time: 1μs
Company and Product Overview

XSDD50-04-V-AGL25

JAPAN MADE

Window-lessSuitable measurement unit
4CH 100Msps 14-bit

Back of Detector

APU504XGbE

Function✓ Histogram ✓ FAST Output✓ List-mode ✓ ROI-SCA Output✓ Quick-Scan✓ WaveCompany and Product Overview

➢ 1 element SDD system for X-ray in Vacuum

XSDD50-01

Selectable

10-5 Pa

Active Area:
30mm2 / 50mm2
Window:
Be / AP3.3 / Window-less

Vacuum Degree

Customizable
Flange type / Tube size
Gate valve and Angle valve transportwith bellows

Company and Product Overview

➢ 1 element SDD system for X-ray in Vacuum

XSDD50-01

C-Kα 277 eV
O-Kα 525 eVeVCompany and Product Overview

➢ 1 element SDD system for X-ray in Vacuum
Detector

SDD 50mm2, Window-less / AP3.3 / BeElement area

65mm2

Active area

65mm2 collimated to 50mm2

Measurement mode

Histogram / List / Waveform / ROI-SCA

ADC sampling

100Msps 14-bit

Energy resolution(typ.)

125eV@5.9keV, Peaking Time: 2us
150eV@5.9keV, Peaking Time:0.15us-200Ｖ, ±5V, ＋3.3V

SDD power supply

Output Rate*

Max. 150kcps, Peaking Time: 2us
Max. 1000kcps: Peaking Time: 0.15us

Interface

Ethernet (TCP/IP)

OptionZ-axis movement mechanism, UHV valve

Vacuum capable
Flange typeXSDD50-01<10⁻5 Pa
ICF70 (Standard)*Depending on the selected module

Company and Product Overview

✓ High Rate Performance✓ Ultra-fast Digital Pulse Processors

CUSTOM MADE
for your needs!

✓ Designed to suit customer requirements.

✓ Detectors are also available with windowless construction.
XSDD50-01

XSDD50-04-V-AGL25

XSDD50-04

XSDD50-07
Company and Product Overview

Introduction of

DSP(Digital Signal Processing)VME Standard
Company and Product Overview

➢ DSP (Digital Signal Processing) VME Standard
For HPGe semiconductor detector, SDD, Si(Li)◆ APV8004 (4 Ch. 100Msps, 14-bit)◆ APV8016 (16 Ch. 100Msps, 14-bit)

For Scintillation detectors◆ APV8516-8 (16 Ch. 500Msps, 8-bit)◆ APV8104-14 (4 Ch. 1Gsps, 14-bit)◆ APV8702-8 (2 Ch. 3Gsps, 8-bit)◆ APV85G4-10 (4 Ch. 5Gsps, 10-bit)
Company and Product Overview

◆ APV8516-8 (16 Ch. 500Msps, 8-bit)
Functions: Real time Digital CFD, TDC, QDC
In Signal type: PMT anode signal a lot of CH etc.
Application: LaBr3 anode signal a lot of CH

137Cs

16
Scintillation
Detector・
Wave 137Cs
Anode
・
137Cs
Direct
7.3%
NaI・

Company and Product Overview

◆ APV8104-14 (4 Ch. 1Gsps, 14-bit)
Functions: Real time Digital PSA
In Signal type: PMT anode signal, Liquid Scintillator etc.
Application: Discrimination neutron & gamma

TOTAL
3D ＭＡＰ
FALL

gamma
rise
neutronCompany and Product Overview

◆ APV8702-8 (2 Ch. 3Gsps, 8-bit)
Functions: Real time Digital CFD
In Signal type: Ultra high-speed scintillation detectors etc.
Application: Positron Lifetime Measurement

AMOC

Start
1.275 MeV

Stop
511 keV
BaF2 PMT

PMT BaF2
Sample160ps
High Voltage
Positron
Momentum
Life Time
APV8702-8
TimeSpectrometer

Lifetime

Company and Product Overview

◆ APV85G4-10 (4 Ch. 5Gsps, 10-bit)
Functions: Real time Digital CFD, PSA
In Signal type: PMT anode signal, Fast-NIM
Application: PSA, WAVE-LIST, Positron Lifetime
Measurement System
PSA
Trigger

Positron Lifetime Measurement
System
Time
CFD

DET1

Diff
CFD QDC

DET2

Diff PSA
CFD

DET

DET1

TDC

Controller(CAMAC,
VME,
etc.) MCA
Fall / Total TAC
Energy Start

Stop

Delay

APV
85G4

APV
85G4

List-Data
Time, Energy(Differencial-TDC
Fall / Total

(

DET

DET2

Company and Product Overview

◆ APV8004-14 (4 Ch. 100Msps, 14-bit)
Functions: Real time Trapezoidal filter
In Signal type: HPGe, SDD, CdTe, Si(Li), SiPin
Application: Coincidence Doppler Broadening
Rise Time Measurement, Waveform-List

PreampCoincidence 2DMap
GeSDD
Detector
4CH
SYSTEM
Trapezoidal
1.67keV 60Co@1332
FilterCompany and Product Overview

◆ APV8016-14 (16 Ch. 100Msps, 14-bit)
Functions: Real time Trapezoidal filter
In Signal type: HPGe, SDD, SSD, Si(Li), SiPin a lot of CH etc.
Application: Gamma-Ray Emission Imaging

Stack
Strip Ge Preamp output
13 CH
13 CH
Sample
13 CH
13 CH

Application of the digitizer so far is standard.
A sample program can also be provided.
Measurement can be customized.
ListTime, PHA, calculation…

PC

Company and Product Overview

Introduction of

APV8102-14MWPSAGb
VME Standard
Company and Product Overview

◆ APV8102-14MWPSAGb (2 Ch. 1Gsps, 14-bit)
Unified functions of each modules
Trigger

CFD

QDC

PSA

DET

TDC

Time

EnergyFast, Slow

APV8102
-14MW
PSAGb

Controller(CAMC, VME, etc)

DET

Wave-Dump, List-Data(Time, Energy)
EternetCompany and Product Overview

◆ APV8102-14MWPSAGb (2 Ch. 1Gsps, 14-bit)

Waveform acquisition
Company and Product Overview

◆ APV8102-14MWPSAGb (2 Ch. 1Gsps, 14-bit)
Discrimination of Neutron and Gamma rays

◼ Vertical axis:
Waveform fall time integral calculus level◼ Horizontal axis:
Fall time integral calculus level◼ All waveform integral calculus level*Capable number of channel change may occur due tothe signal processing custom and selected options.

Company and Product Overview

◆ APV8102-14MWPSAGb (2 Ch. 1Gsps, 14-bit)
Analog signal input type
Analog signal
input range
Analog offset adjustment

Analog gain switch
Analog signal rise time

PMT anode signal, Fast-NIM signal etc.
±3V (Zin:50Ω, GAIN x 1) (LEMO connector x 2)
*Customizable maximum ±4V capable±2V (12-bit)*Customizable ±20mV to±4V capable

X1/x3*Customizable under input range limit x 10 capable
Under 1ns (@Gain x 1)

CLK input, CLK output, GATE input, VETO input
Outside in/output signal terminal
CLR input, OR output (LEMO connector x 6)
(TTL level)*Customizable switch in/output signal
Interface

Ethernet (TCP/IP) 1000BASE-T

Dimension and Weight

VME1width 20mm(W) x 262mm(H) x 187mm(D), 540g

Environmental conditions

Temperature 5 to 25 degree Celsius

Electricity consumption+5V(2.5A), +12V(0.6A), -12V(0.3A)
Company and Product Overview

Introduction of

DSP(Digital Signal Processing)

NIM & UNIT Standard
Company and Product Overview

➢ DSP (Digital Signal Processing) NIM & UNIT Standard

UNIT◆ APU101 (1 Ch. 100Msps, 14-bit)

NIM Standard◆ APN504GbE (4 Ch. 100Msps, 14-bit)

Company and Product Overview

➢ DSP for X-ray Spectroscopy

APN504XGbE●Channel: 4CH simultaneous sampling●Output: 1Mcps and more
●Measurement Mode: Histogram, List

●Front Panel: NIM1U●Interface: TCP/IP, Gigabit Ethernet
Data transfer 20MByte/sec and more (List mode)●Multi functions
Spectroscopy amp, Timing filter amp, CFD,

Input and filter waveform output DAC
Company and Product Overview

➢ DSP for X-ray Spectroscopy
Analog input
Coarse Gain
Fine GainADC
ADC GainTrapezoidal Filter
Digital Signal
Processing
Quick scan mode
External terminal

APN504XGbE

4CH, LEMO 00 series connector, Input impedance 1kΩ
x 2, x 4, x 10, x 20
X 0.5 ～ x 1.5
Input signal ±1V, Sampling 100MSPS, Resolution 14-bit
4096, 2048, 1024, 512, 256ch:
0.05～12μs
Baseline Restorer, Pileup Rejecter, CFD*All parameters setting by PC.
Minimum time distance 10ms
Data Size: 32768byte (= 2byte × 4CH × 4096ch)
Filter waveform output, Clock input, GATE (Trigger)
input, VETO input, Clear inputInterface

Gigabit Ethernet (TCP/IP)

External
Dimensions
Weight

NIM1U 34mm(W) x 221mm(H) x 249mm(T)*Without connector
About 900g
Company and Product Overview

➢ DSP for X-ray Spectroscopy

APN504XGbE

Preamp out signals
4◆ Resolution

GATE[In the case of 19 elements SSD]

Giga bit Ether

APN504 #2
IP : 192.168.1.12
Multi
Elements
Detector*Comparable Analog 0.25μs

4APN504 #3
IP : 192.168.1.13
4
APN504 #4
IP : 192.168.1.14[In the case of SDD] *High-resolution type125eV, Peaking time: 2μs

APN504 #1
IP : 192.168.1.11

4139 eV@5.9keV, Peaking time: 6 μs
139 eV@250eV, Peaking time: 0.5μs

NIM Power Supply

3
APN504 #5
IP : 192.168.1.15
TimingSupply145eV, Peaking time: 0.5μs*Comparable Analog 0.25μs
Company and Product Overview

➢ DSP for X-ray Spectroscopy

APN504XGbE

Quick-Scan
Quick-scan mode performs time-resolved measurement. At the time of external trigger timing(min. 10 ms), histogram data in that interval is sent to the PC, and data is continuously savedin the HDD by the PC. Ideal for QXAFS measurement.

Data example●Quick scan:10ms(min.) interval 4096ch *16bit *4CH / Event●Interface: Gigabit Ether TCP/IP and UDP

Event#1 (10ms)

CH1 4096ch CH2 4096ch CH3 4096ch CH4 4096ch

Event#2 (20ms)

CH1 4096ch CH2 4096ch CH3 4096ch CH4 4096ch

Event#N (10*Nms)

CH1 4096ch CH2 4096ch CH3 4096ch CH4 4096ch
Company and Product Overview

➢ DSP for X-ray Spectroscopy◆ Detector type
SDD, SSD◆ Output
1Mcps or more

APU101X

Digital spectrometer integrated
high-voltage power supply,
preamplifier power supply and MCA◆ Power supply
HV(+/-4000V), Preamp◆ Energy resolution[SSD]
139eV@5.9keV, P.T.: 6us
250eV@5.9keV, P.T.: 0.5us[SDD]
125eV@5.9keV, P.T.: 2μs
145eV@5.9keV, P.T.: 0.5μs◆ Interface
TCP/IP

Back
Company and Product Overview

➢ DSP for X-ray Spectroscopy
Analog input
Analog gain
Sampling
ADC Gain
Digital Processing

HV power supply
Pre-amp power
Interface
Dimension
WeightOperation system
Electricity
consumption

APU101X

1CH, ±1V range, Input-Impedance 1kΩ
Coarse Gain: x2, x4, x10, x20, Fine: x0.5 to x1.5
100Msps, (Resolution: 14-bit)
8K, 4K, 2K, 1K, 512, 256ch
Trapezoidal Filter 0.1 to 16μs, Baseline Restorer,
Pileup Rejecter, Coarse Gain, Fine Gain
0V to ±4000V (Max.: 1.0mA), Ripple: 20mVp-p (typ.)*Customizable up to ±5000V (Max.: 0.67mA)
Bias shut down input terminal equipped±12V, ±24V (NIM-Standard)
Ethernet TCP/IP
210mm (W) x 45mm (H) x 275mm (D)Approx. 1,800g *without connector
Windows 7 (32/64-bit) or more, Display WXGA or more

+12V (Approx. 1.0A)
Company and Product Overview

➢ USB-MCA4
List of 4CH corresponding MCA

APG7400A

USB bus power◼ Channel: 4CH◼ Dead Time: 1.5μs◼ Output: 50kcps and more
◼ ADC Gain: 16384, 8192, 4096, 2048, 1024, 512ch◼ Mode: Spectrum, List
◼ Data transfer: List data 100kcps/sec and more
◼ Body: Lightweight, Compact aluminum caseUSB2.0Company and Product Overview

➢ USB-MCA4
General configuration example
DETECTOR
#1

AMP
#1

DETECTOR
#2

AMP
#2

DETECTOR
#3

AMP
#3

DETECTOR
#4

AMP
#4

APG7400A

USB Data (Spectrum, List)
USB bus power

LIST Data
Event #1

Empty(4bit)Time(44bit)

Event #2

Empty(4bit)Time(44bit)

CH(2bit)

PHA(14bit)

CH(2bit)

PHA(14bit)

CH(2bit)

PHA(14bit)：

Event #N

Empty(4bit)Time(44bit)* Data Size 8Byte/Event, Time 40ns/bit

Company and Product Overview

➢ USB-MCA4

APG7400A

Company and Product Overview

Introduction of

PSD system

Company and Product Overview

➢ PSD system

KD-3052

The neutron scientific facilities (KENS) of High Energy Accelerator Research
Organization develop an experiment to realize structure analysis and this of thematerial as one of the neutron dispersion studies and a measuring system. Thismeasuring system is called NEUNET system (Neutron Position Sensitive Model
Detector System). This data handling board is used for this NEUNET system.

High Energy Accelerator Research Organization developed this board.
This is based on technical specification [KENS-DAQ-012] which Bee Beans

Technologies (BBT) Co., Ltd. shows.
We have a regular license from BBT and produce it.
Company and Product Overview

➢ PSD system

GATENET

3He-PSD System*Multi PSD detector use

Ethernet

3He-PSD

8 tubes / 1 Set

AMP97

NEUNET08
Power
Supply＋5V

PSD board

T0 Signal

PC
Another Power Supply Acceptable*Setting: ±12v, ±5V, 3.3V, 1.8V, 1.2V
Company and Product Overview

➢ NEUNET

PSD Detector

NEUNET08
Analog Digital Convertor Processing andData Processing board for Output signal of
3He Position Sensitive Proportional Counter
Company and Product Overview

➢ NEUNET
Product Name / Model Date processing board for Neutron / Model: KD-3052

Analog Input Signal
T0 Input Signal

Input Connector

External Dimensions

Differential Signal, Negative Unipolar Pulse, 0 ～ -1.0v*Input impedance: 100ΩTTL / Positive Logic Pulse, Input Impedance: 1kΩ
Pulse Width: > 0ns, Rise Time: > 20ns
Connector for Power Supply: DC Plug φ5.5 x φ2.1
Connector for T0 signal: LEMO 00 type
Connector for Analog signal: HIF3BA-26PA-2.54DS*MIL Standard
150mm(W) x 93mm(D) x38mm(H)*Storable to the PSD detector box of ½ inch x 600 x 8 tubes

Power Supply

Operating by power supply of the board: 5V / 2.2A
*AMP97 and PSD detector board are used by In-house product
Another Power Supply Setting: ±12v, ±5V, 3.3V, 1.8V, 1.2V

Environmental
Condition

Temperature: 0～50 degree Celsius
Maximum humidity: 80% (No dew condensation)
Company and Product Overview

Our other products:◆Spectrometers◆High-Voltage Power Supply◆Power Supply for Preamplifier◆Preamplifier◆Scintillation Detectors (LaBr3, BaF2, GSO, LFS, etc)

特注やカスタムファームウェアを承ります。
Company and Product Overview

ご訪問によるご提案やデモ等随時受け付けております。
是非お気軽にご相談ください。
We will visit you directly, we offer proposals anddemonstrations of products suitable for your research.
Please do not hesitate to consult us.

Company and Product Overview

[Business lineup]◆ Sales of radiation measuring instrument andradiation counter.
◆ Development of radiation measuring device andradiation counter.
◆ Development of research and development
device, measurement controlling system, andinspection apparatus.

Company and Product Overview

Origin of the company nameTechnology Ability Professional
We aim for the Professional group
who has high Specialist knowledge and techniques.

Company and Product Overview

お問い合わせ株式会社テクノエーピー
🏠 〒312-0012茨城県ひたちなか市馬渡2976-15☎ 029-350-8011
📠029-352-9013✉ order@techno-ap.com
🌏 http://www.techno-ap.com

Company and Product Overview

[Contact]◆ ADDRESS: 2976-15 Mawatari, Hitachinaka, Ibaraki,
312-0012◆ TEL: +81-29-350-8011◆ FAX: +81-29-352-9013◆ WEB: http://www.techno-ap.com/index_e.html◆ E-MAIL: order@techno-ap.com

Company and Product Overview

Company and Product Overview