3D Print Service Provider ABIST 3D Print

Contact by phone [Available from 9:00 a.m. to 5:00 p.m. on weekdays]

Company Profile

Language:

日本語

English

ABIST is a group of design engineers.: We will support your product development with high quality services.

Advantages of ABIST 3D Print service

1

Quick delivery
2

Multiple modeling machines & materials
3

3D design & prototype

We offer 3D modeling and printing services from the design stage to prototyping.
Our services include the production of functional prototypes of mechanical parts as well as product masters.

3D Data Creation
3D Print
Post-processing

SERVICE

Service Contents

Resin / Metal Modeling (Cutting): 3D modeling using various materials and high-end 3D printers.
Cutting is available as an option for metal modeling.

Cutting / Machining / Casting: Coating, surface treatment, cutting, and casting are available.

3D Scanning / 3D Measurement: We use high-precision 3D scanners for building accurate models of actual objects.

Search by Material

Metal

Metals are easy to machine and now used for a wide range of uses. Molds with three-dimensional water pipes, thin-walled parts such as propeller shafts, brackets with complicated shapes, and others can be formed at lower cost than using conventional molds. Using dedicated software, we can also incorporate topology design for weight reduction.

Resin

Resins are generally easy to shape, providing a high degree of freedom in shape. Various types of resin are available, such as nylon, epoxy resins, and acrylic resins.Each resin material has its own characteristics, including heat resistance, transparency, and toughness. Since each resin material has its own characteristics, including hear resistance, transparency, and toughness, you can select the resin material most suitable for your uses. Also, coating is available as post treatment. Feel free to contact us.

Rubber

Acrylic rubber-like materials have properties similar to those of rubber, such as bending, elongation, and torsion properties.Black and milky-white colors are available. They can be shaped into pipes, toys, shoe soles, and others with complicated shapes. They can also suitably be shaped for various uses because of providing various degrees of softness.

Search by 3D Printer

Stereolithography 3D Printer

ATOMm-8000

Powder 3D Printer

RaFaEl550

3D Printer

Metal 3D Printer

Search by Combination of Conditions

Properties

Material

Modeling size

Material Properties

Resin modeling machine	Material	Mechanical properties			Features
Resin modeling machine	Material	Specific gravity	Hardness	Tensile strength	Features
Stereolithography ATOMm-8000 TSR-884B	Epoxy resin Light bluish transparent	1.1	D87 (Durometer)	51 MPa	High transparency / High heat resistance (The latter is provided by heat treatment.)
Powder laser sintering RaFaEl550 ASPEX-FPA	Nylon (PP-like) White	1.01	D77 (Durometer)	45 Mpa	High toughness
3D printer AGILISTA AGILISTA-3100	Acrylic monomer Light yellow	1.03	D85 to 86 (Durometer)	40 to 55 MPa	Even complicated shapes can be formed by using water-soluble support material.
3D printer CONNEX3	Acrylic resin, White	1.17	D83 to 86 (Durometer)	50 to 60 MPa	Various colors are available.
	Acrylic resin, Black	1.17	D83 to 86 (Durometer)	50 to 60 MPa
	Acrylic resin, Cyan	1.17	D83 to 86 (Durometer)	50 to 60 MPa
	Acrylic resin, Magenta	1.17	D83 to 86 (Durometer)	50 to 60 MPa
	Acrylic resin, Yellow	1.17	D83 to 86 (Durometer)	50 to 60 MPa
	Acrylic resin, Transparent	1.18	D83 to 86 (Durometer)	50 to 65 MPa
	Rubber-like resin, Translucent / Black	1.12	A27 to 95 (Shore)	0.8 to 1.5 Mpa	Degree of hardness can be adjusted.

Metal 3D Printer	Material	Mechanical properties			Features
Metal 3D Printer	Material	Specific gravity	Hardness	Tensile strength	Features
Powder laser sintering ProX320	Aluminum ALSi10Mg	2.68	[After shaping] HRB 71±4 [After removing stress] HRB 50±6	[After removing horizontal stress] 310±20 Mpa [After removing vertical stress] 300±20 Mpa	Light weight
	Titanium TiGr5 (64-titanium)	4.42	[After removing stress] HRB 40±2 [After heat treatment] HRB 36±2	[After heat horizontal treatment] 1000±30 Mpa [After heat vertical treatment] 1020±50 Mpa	High durability, high heat resistance, high corrosion resistance, high hardness
	Nickel alloy (Inconel) Ni718	8.2	[After shaping] HRC 20±2 [After removing stress] HRC 32±1	[After removing horizontal stress] 1120±20 Mpa [After removing vertical stress] 1130±10 Mpa	High durability, high heat resistance, high hardness
Powder laser sintering LUMEX Avance-25	Maraging steel	8.02	[After modeling] HRC 36±2 [After removing stress] HRC 52±1	[After removing stress] 1880-1900 Mpa	Hybrid molding machine combining modeling and cutting High strength / High toughness
Powder laser sintering EOS M290	Titanium alloy (Titanium Ti64)	4.41	320±12 HV (Vickers)	930Mpa	A widely used metal 3D printer
Powder laser sintering EOS M290	Nickel-base superalloy (NickelAlloy IN718)	8.15	423 to 471 HV (Vickers)	1241 Mpa (at 20°C)	A widely used metal 3D printer
Powder laser sintering ProX300	Silicon aluminum (Al-Si)	2.7	90 to 95 HB (Brinell)	220 to 260 Mpa	This metal 3D printer achieves a high density of 99.9% using a roller recoater

One-stop ordering to save time and effort: From 3D design and data creation to 3D print!